Mechanical R-15 Syllabus

7/25/2019 Mechanical R-15 Syllabus

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ACHARYA NAGARJUNA UNIVERSITY :: NAGARJUNA NAGAR

Faculty of Engineering

Acadeic Regulation! "#$% &R'$%( for )* Tec+ &Regular(

(Applicable for the students admitted during the

Academic Year 2015-2016 and onwards)

$* Eligi,ility for Adi!!ion:

Admission to the above program shall be made subect to the eligibilit!" #ualification

and speciali$ation prescribed b! the %niversit! for each program from time to time&i& Admission shall be made either on the basis of merit'ran obtained b! the

#ualif!ing candidates in A*+,'+, or otherwise specified" whichever

is relevant&

,he duration of &,ech program is of four academic !ears divided into eight semesters

comprising of two semesters in each academic !ear& A student is re#uired to choose a branch of stud! at the time of admission& .tudents under lateral entr! will be admitted

straightawa! into ,hird semester of &,ech course in the respective branch& /o changeof branch shall be allowed after the admissions are closed&

"* A-ard of )*Tec+* .egree:

A student will be declared eligible for the award of the &,ech& degree if he'she

fulfils the following academic regulationsi&egular entr! students shall pursue a course of stud! for not less than four academic

!ears and in not more than eight academic !ears&

ii& .tudents who fail to fulfill all the academic re#uirements for the award of the

degree within eight academic !ears (for egular ntr!) ' si3 academic !ears (for

4ateral ntr!) from the !ear of their admission" shall forfeit their seat in &,echcourse and their admission is cancelled&

Completing the course of study shall mean not only satisfying the attendance requirements

but also passing of all the subjects within the respective stipulated period

/* )ranc+e! of !tudy:

,he following ranches of stud! are offered at present for & ,ech& degree

S*No* )ranc+

1& +ivil ngineering

2& lectrical and lectronics ngineering&

& *echanical ngineering&& lectronics and +ommunication ngineering

5& +omputer .cience and ngineering&

6& +hemical ngineering 7& Electronics & Instrument Engineering

8& Information Technology

9& BioTechnology

and an! other branch as approved b! the authorities of the %niversit! from time to time&

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achranch will have a curriculum with a s!llabi that shall consist of the followingi& <eneral +ore +ourses 1& asic .ciences

2& ngineering .ciences

& =umanities and social sciences

ii& :rogram core courses in ngineering ' ,echnolog!iii& lective courses of ngineering ' ,echnolog! ' *anagement ntrepreneurship '

usiness +ommunication and allied fields&iv& >pen lectives'++.v& *andator! learning courses

vi& :roect wor

0* Credit!:

i& Academic Year: ,wo consecutive (one odd ? one even) semesters constitute one

academic !ear&

ii& Choice Based Credit System (CBCS: ,he ++. provides choice for students toselect from the prescribed courses (core" elective or minor or soft sill courses)&

iii& Credit: A unit b! which the course wor is measured&

%* .i!tri,ution and 1eig+tage of 2ar3! &Internal 4 E5ternal(:i& ,he performance of a student in each semester shall be evaluated

subect-wise with a ma3imum of 100 mars for theor! and 100 mars for practical

subect& @n addition internshipproect wor shall be evaluated for 100 and 200mars respectivel!&

ii& Bor theor! subects the distribution shall be 0 mars for @nternal

valuation and 60 mars for the 3ternal valuation&

iii& ,here shall be four units in each of the theor! subects&iv& Bor theor! subects" there shall be two midterm e3aminations during the semester&

ach midterm e3amination shall consist of assignment for 12 mars

andsessionaltest for 18mars with duration of 120 minutes respectivel!&

Birst midterm e3amination shall be conducted for 50C coverage of s!llabus andsecond midterm e3amination shall be conducted for remaining 50C of s!llabus&

oth the midterm e3ams are compulsor!& Binal midterm e3amination mars for atotal of 0mars shall be arrived at" b! considering the 80C weightage (2 mars)

to that midterm e3amination in which the student scores more mars and the

remaining 20C (6 mars) for other midterm e3am&

6 /ote 1 ,he assignmenttest paper shall contain 5 #uestions of e#ual weightage

and student is ased to answer an! 2 #uestions randoml! and shall be condensed

for12 mars" an! fraction rounded off to the ne3t higher mar&

6 /ote 2 ,he sessional e3amination shall contain #uestions out of which first

#uestion is obective and compulsor! and remaining two #uestions having internalchoice and shall be considered for 18 mars"an! fraction rounded off to the ne3thigher mar&

6Note /:Bor the remaining 10 mars in internal evaluation" 5 mars allotted for attendance as indicated in +4A%.(D6D) and the facult! members teaching the

subect shall evaluate remaining 5 mars through #ui$'online'obective

e3amination at the end of semester&

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E&Bor theor! subects"there will be 5 #uestions with following pattern in the nd-

3amination&a& All Fuestions have to be answered compulsoril!&

b& Fuestion @ shall contain 12short Answer #uestions GaH to Gl each of 1

mar& (,otal 12 mars) covering one #uestion from each unit&

c& >ut of the remaining four #uestions" @,='> t!pe shall be followedwith 12 mars for each&

d& @n each #uestion as mentioned in (c)" one" two or more bits can be set&

vii& Burther" whenever an! theor! subect with two parts is offered (combined subect)"

for e3

lectrical *echanical ,echnolog!" then there shall be onl! two parts :art A" :art in the #uestion paper&

Birst #uestion obective can be e#uall! divided into two parts&

:art I A shall contain two #uestions" @,='> t!pe shall be followedwith 12

mars for each&:art I shall also contain two #uestions" @,='> t!pe shall be followedwith

12 mars for each&

viii& *odel Fuestion paper for each theor! course shall be prepared b! the teacher within 15 da!s from the commencement of the semester and the same shall be

forwarded to the +ontroller of 3aminations through the +hairman" >.

concerned&i3& Bor practical subects there shall be a continuous evaluation during the semester for

0internal mars and 60 end e3amination mars& Ja!-to-da! wor in the

laborator! shall be evaluated for 25mars b! the concerned laborator! teacher

based on the report of e3periments'obs( 10 mars for the record submitted and 15mars for da! to da! wor)& ,he e3ternal e3amination for 15 mars (10 mars for

e3periment and 5 mars for viva-voce) shall be conducted b! the laborator!

teacher and another e3aminer from the same department&

K/ote Ja! to da! performance shall be recorded in student record(eache3perimentcarries 15 mars" at least ten e3periments should be done and average mars must

be taen at the end of semester)&

3& ,here shall be an audit pass (*andator! learning +ourse) course in =uman Ealues

:rofessional thics" 4ife sills and Advanced +ommunication .ills lab with nocredits& ,here shall be no e3ternal e3amination& =owever" attendance in the audit

course shall be considered while calculating aggregate attendance and student

shall be declared pass in the audit course when he'she secures 0C or more in the

internal e3aminations&

3i& ,here shall be an Jiscipline centric lective +ourse through *assive >pen >nline+ourse (*>>+) in @@@ !ear @@ semester (Bor " + and +. branches) and in@E !ear @ semester (Bor +ivil" *echanical and +hemical branches)" where in the

student shall register the course offered b! authori$ed institutions'Agencies"

through online with the approval of =ead of the Jepartment& ,he +ertificateissued b! the institution'agenc! after successful completion of the course will be

considered for the award of grade to that course&

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3ii& Bor the subect having design and ' or drawing" such as ngineering Jrawing"

*achine Jrawing and stimation" the distribution shall be 0 mars for internalevaluation and 60 mars for end e3amination& ,he @nternal evaluation will be 20

mars for da!-to-da! wor in the class that shall be evaluated b! the concerned

subect teacher based on the reports'submissions prepared in the class& Burther"

there shall be two midterm e3ams in a .emester for a duration of 2hrs each"evenl!distributed over the s!llabi for 20 mars and the average mars of both the mid

e3aminations shall be considered as internal test mars& ,he sum of da! to da!evaluation and the internal test mars will be the final internal mars for thesubect&

3iii& ,here shall internship at the end of@@@!ear @@ .emester& Bor the internship" thestudent'institute shall select an! organi$ation and a minimum of wees wor

must be carried at the organi$ation& A report on wor done shall be evaluated b!

the e3ternal supervisor'mentor and department committee& ,he internship shall be

evaluated for 100mars(60 mars shall be awarded b! e3ternal supervisor and 0mars b! departmental committee)& ,here shall be no e3ternal e3amination for

internship&

A student shall ac#uire 2 credits assigned to the internship onl! when he'she

secures 0 mars on aggregate out of 100 mars allocated&

3iv& >ut of a total of 200 mars for the proect wor" 80 mars shall be for @nternal

valuation and 120 mars for the nd .emester 3amination (Eiva-voce)& ,he

viva-voce shall be conducted b! a committee consisting of =ead of the

Jepartment" :roect .upervisor and an 3ternal 3aminer nominated b! the:rincipal from the panel of members proposed b! =ead of the Jepartment& ,he

proect wor shall start in @E !ear @ semester and shall continue in the semester

brea&,he evaluation of proect wor shall be conducted at the end of the @E !ear

@@ semester& ,he @nternal valuation shall be made on the basis of weel! progress(a minimum of 12 wees and mars for each wee progress) and at least two

seminars(one at the beginning of @E &,ech @@ semester (20 mars) and the other before submission of proect wor(2 mars) given b! each student on the topic of

his proect&

3v& ,he laborator! records and internal test papers shall be preserved for minimum of 2 !ears in the respective departments and shall be produced to the +ommittees of

the college as and when the same are ased for&

7* Attendance Re8uireent!:

i& A student shall be eligible to appear for end e3aminations if he'she ac#uires a

minimum of 75C of attendance in aggregate of all the subects in a semester&

ii& S+ortage of Attendance ,elo- 7%9 in aggregate !+all in N ca!e ,e

condoned&

iii& +ondonation of shortage of attendance in aggregate up to 10C (65C and above

and below 75C) in each semester ma! be granted b! the +ollege Academic

+ommittee&

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iv& .tudents whose shortage of attendance is not condoned in an! semester are not

eligible to tae their end e3amination of that class and their registration shall stand

cancelled&

v& A student will not be promoted to the ne3t semester unless he satisfies the

attendance re#uirements of the present semester" as applicable& ,he! ma! see

readmission for that semester when offered ne3t&

vi& A stipulated fee shall be pa!able towards condonation of shortage of attendance tothe college&

vii& A weightage in sessional mars uptoa ma3imum of 5 mars out of 0 mars in

each theor! subect shall be given for those students who put in a minimum of

75C attendance in the respective subect in a graded manner as indicated below&

Attendance of 90C and above 5mars

Attendance of 85C and above and less than 90C mars

Attendance of 80C and above and less than 85C 2mars

Attendance of 75C and above and less than 80C 1mar ;* 2iniu Acadeic Re8uireent! &For Regular Entry Student!(:

,he following academic re#uirements have to be satisfied in addition to the

attendance re#uirements mentioned in item no&7

i& A student who could not secure a minimum of 50C aggregate from midterme3amination mars is not eligible to appear for the semester end e3amination and

shall have to repeat that semester&

ii& A student shall be deemed to have satisfied the minimum academic re#uirementsand earned the credits allotted to each theor!" design" drawing subect or proect if

he secures not less than 0C of mars in the semester end e3amination& @n the

internship proect he'she should secure 0C& Bor practical e3amination if he

secures not less than 50C of mars in the semester end e3amination&iii& A student shall be promoted from @ to @@ !ear onl! if he'she fulfils the academic

re#uirements of attendance and internal mars as stipulated in clause 6 and 7

irrespective of bac log subects in @'@E &,ech&iv& A student shall be promoted from @@ to @@@ !ear onl! if he'she fulfils the academic

re#uirements of attendance and internal mars as stipulated in clause 6 and 7 and

also mustsecure70C of the creditsof the subects that have been studied up to @!ear @@ semester from

irrespective of whether the candidate taes the end e3amination or not as per the

normal course of stud!& At the time of commencement of calss wor" he mustattain the re #uired credits

v& A student shall be promoted from third !ear to fourth !ear onl! if he fulfills theacademic re#uirements of of attendance and internal mars as stipulated in clause

6 and 7 and also must secure70C of the creditsof the subectsthat have beenstudied upto @@ !ear @@ semester&At the time of commencement of class wor" he

must attain the re#uired credits

And in case of getting detained for want of credits b! sections ii and iii above" the

student ma! mae up the credits through supplementar! e3ams of the above e3ams

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before the date of class wor commencement of ,hird or Bourth !ear @ semester

respectivel!&

<* 2iniu Acadeic Re8uireent! &For =ateral Entry Student!(:

,he following academic re#uirements have to be satisfied in addition to theattendance re#uirements mentioned in item no&7

i& A student shall be deemed to have satisfied the minimum academic re#uirementsand earned the credits allotted to each theor!" practical" design" drawing subect or proect if he secures not less than 0C of mars in the end e3amination and a

minimum of 50C of mars in the sum total of the internal evaluation and end

e3amination taen together& @n the .eminar +omprehensive viva-voce he'sheshould secure 0C&

ii& A student who could not secure a minimum of 50C aggregate from midterm

e3amination mars is not eligible to appear for the semester end e3amination and shallhave to repeat that semester&

iii& A student shall be promoted from @@ to @@@ !ear onl! if he'she fulfils the academic

re#uirements of attendance and internal mars as stipulated in clause 6 and 7

irrespective of bac log subects in @@'@E &,echiv& A student shall be promoted from @@@ to @E !ear onl! if he'she fulfils the academic

re#uirement ofof attendance and internal mars as stipulated in clause 6 and 7 and

also must secure;#9 of the subects that have been studied up to @@@ !ear @semester from

>* Grading:

After each subect is evaluated for 100 mars" the mars obtained in each subect will

be converted to a corresponding letter grade as given below" depending on the range in

which the mars obtained b! the student fall&

Ta,le ? Con@er!ion into Grade! and Grade oint! a!!ignedange in which the

mars in the subect fall<rade <rade points

assigned

L90 > (>utstanding) 10

80-89 A? (3cellent) 9

70-79 A (Eer! <ood) 8

60-69 ? (<ood) 7

50-59 (Above Average) 6

5-9 + (Average) 5

0- J (:ass)

M 0 B (Bail) 0

Absent Ab (Absent) 0

i& A student obtaining <rade B shall be considered failed and will be re#uired to

reappear for that subect when the ne3t supplementar! e3amination offered&

ii& Bor non credit courses N.atisfactor! or G%nsatisfactor! shall be indicated insteadof the letter grade and this will not be counted for the computation of

.<:A'+<:A&

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>*$* See!ter Grade oint A@erage &SGA( and Cuulati@e Grade oint A@erage

&CGA(:

i& ,he .emester <rade :oint Average (.<:A) is the ratio of sum of the product of the

number of credits with the grade points scored b! a student in all the courses taen

b! a student and the sum of the number of credits of all the courses undergone b!

a student" i&e&

.<:A O P (+i Q <i)' P +i

Rhere" +i is the number of credits of the ithsubect and <iis the grade point scored

b! the student in the ith course&

ii& ,he +umulative <rade :oint Average (+<:A) will be computed in the samemanner taing into account all the courses undergone b! a student over all the

semesters of a program" i&e&

+<:A O P (+i Q .i)' P +i

Rhere N.i is the .<:A of the i th semester and +i is the total number of credits in

that semester&

iii& oth .<:A and +<:A shall be rounded off to 2 decimal points and reported in

the transcripts&iv& Rhile computing the <:A'+<:A the subects in which the student is awarded

Sero grade points will also be included&

!rade "oint: @t is a numerical weight allotted to each letter grade on a 10-point scale&

#etter !rade: @t is an inde3 of the performance of students in a said course& <rades

are denoted b! letters >" A?" A" ?" " +" : and B&

!rade Conversation to "ercentage: $ % C!"A×

&')

$#* GaB ' Year:

<ap Year I concept of .tudent ntrepreneur in esidence shall be introduced and

outstanding students who wish to pursue entrepreneurship are allowed to tae a brea of

one !ear at an! time after @ !ear'@@ !ear'@@@ !ear to pursue entrepreneurship full time& ,his

period ma! be e3tended to two !ears at the most and these two !ears would not be

counted for the time for the ma3imum time for graduation& An evaluation committee

shall be constituted to evaluate the proposal submitted b! the student and the committee

shall decide on permitting the student for having the <ap Year&

$$*Tran!itory Regulation!:&old regulation! c+anged(

1& +andidates who admitted into the four !ear &,ech degree course under -15regulations but who got detained in an! !ear for want of attendance'minimumaggregate sessional mars ma! oin the appropriate !ear 'semester in the semester

s!stem applicable for that batch and be governed b! the regulations of that batch from

then onwards unless otherwise specified&2& A student admitted under credit based regulations(+) detained due to lac of sessional

mars'attendance at the end of the first semester of @@'@E &,ech shall oin @@'@E first

semester fo -15 batch & .uch students will stud! all the courses prescribed for that -

15 in which the student oins& =owever the student has to clear all the first !ear

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baclog subects b! appearing the supplementar! e3amination& .uch candidates will be

governed b! the regulations applicable to lateral entr! candidates of -15 batch for theaward of the degree&

& A student admitted under +" detained due to lac of sessional mars'attendance at the

end of the second semester of @@'@E &,ech 'at the end of subse#uent semesters shall

follow the credit based regulations onl! (+)&

$"* 1it+?+olding of re!ult!@f the candidate has an! dues not paid to the college or if an! case of indiscipline or malpractice is pending against him" the result of the candidate shall be withheld and

he will not be allowed ' promoted into the ne3t higher semester& ,he issue of awarding

degree is liable to be withheld in such cases&

$/* A-ard of Cla!!:

After a student has satisfied the re#uirements prescribed for the completion of the

program and is eligible for the award of & ,ech& Jegree he shall be placed in one

of the following four classes

Cla!! A-arded CGASecured

Birst +lass with

Jistinction

L 8&0

Birst +lass L 6&5 M 8&0

.econd +lass L 5&5 M 6&5

:ass +lass L &0 M 5&5

$0* 2iniu In!truction .ay!:

,he minimum instruction period for a semester is 16 wees& ,he minimum

instruction da!s including e3ams for each semester shall be for 90da!s&

$%* ,here shall be no branch transfers after the completion of admission process&

$7*General:

i& ,he academic regulations should be read as a whole for purpose of an!interpretation&

ii& *alpractice rules- nature and punishments is appended

iii& Rhere the words GheH" GhimH" GhisH" occur in the regulations" the! include

GsheH" GherH" GhersH&

iv& @n the case of an! doubt or ambiguit! in the interpretation of the above rules"

the decision of the >. is final&

@* ,he %niversit! ma! from time to time" revise" amend or change the

egulations" .chemes of 3aminations" and'or .!llabi&

$;* Conduct and di!ciBline

.tudents shall conduct themselves within and outside the premises of the institute in a

manner befitting the students of our institution&

(b) As per the order of =onourable .upreme +ourt of @ndia" ragging in an! form is

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considered as a criminal offence and is banned& An! form of ragging will be severel!

dealt with&(c) ,he following acts of omission and ' or commission shall constitute gross violation

of

the code of conduct and are liable to invoe disciplinar! measures with regard to

ragging&(i) 4ac of courtes! and decorum" indecent behavior an!where within or outside

the campus&(ii) Rillful damage of college ' individual propert!(iii) :ossession" consumption or distribution of alcoholic drins or an! ind of

narcotics or hallucinogenic drugs&

(iv) *utilation or unauthori$ed possession of librar! boos&(v) /ois! and unseeml! behavior" disturbing studies of fellow students&

(vi) =acing of computer s!stems (such as entering into other persons areas

without prior permission" manipulation and ' or damage of computer hardware

and software or an! other c!ber-crime etc&)(vii) %sage of camera ' cell phone in the campus

(viii) :lagiarism of an! nature

(i3) An! other acts of gross indiscipline as decided b! the academic council fromtime to time&

(d) +ommensurate with the gravit! of offense" the punishment ma! be reprimand" fine"

e3pulsion from the institute ' hostel" debar from e3amination" disallowing the use of certain facilities of the institute" rustication for a specified period or even outright

e3pulsion from the institute or even handing over the case to appropriate law

enforcement or the udiciar!" as re#uired b! the circumstances&

(e) Bor an offence committed in (i) a hostel (ii) a department or in a class room and (iii)elsewhere" the chief warden" the head of the department and the principal

respectivel!" shall have the authorit! to reprimand or impose fine&

(f) +ases of adoption of unfair means and ' or an! malpractice in an e3amination shall

bereported to the principal for taing appropriate action&

(g) All cases of serious offence" possibl! re#uiring punishment other than reprimand"shall be reported to the academic council&

(h) ,he institute level standing disciplinar! action committee constituted b! the

academiccouncil shall be the authorit! to investigate the details of the offence" and recommend

disciplinar! action based on the nature and e3tent of the offence committed&

(i) ,he principal shall deal with an! academic problem" which is not covered under

theserules and regulations" in consultation with the programmes committee in an

appropriate manner" and subse#uentl! such actions shall be placed before theacademic council for ratification& An! emergenc! modification of regulation"approved b! the appropriate authorit!" shall be reported to the academic council for

ratification&

() G<rievance and edressal +ommitteeH (<eneral) constituted b! the :rincipal shalldeal with all grievances pertaining to the academic ' administrative ' disciplinar!

matters

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$<* uni!+ent! for 2alBractice Ca!e! ' Guideline!

,he e3aminations committee ma! tae the following guidelines into consideration whiledealing with the suspected cases of malpractice reported b! the invigilators's#uad

members etcT during end e3aminations& ,he punishment ma! be more severe or less

severe depending on the merits of the individual cases&

S* No Nature of 2alBractice!IBroBer conduct uni!+ent

1& :ossesses or eeps accessible in e3aminationhall" an! paper" note boo" programmable

calculators" +ell phones" pager" palm

computers or an! other form of materialconcerned with or related to the subect of the

e3amination (theor! or practical) in which he

is appearing but has not made use of (materialshall include an! mars on the bod! of the

student which can be used as an aid in the

subect of the e3amination)

3pulsion from the e3amination halland cancellation of the performance in

that subect onl!&

2& %ses obectionable" abusive or offensivelanguage in the answer paper or in letters to

the e3aminers or writes to the e3aminer re#uesting him to award pass mars&

+ancellation of the performance in thatsubect&

& +op!ing detected on the basis of internalevidence" such as" during valuation or during

special scrutin!&

+ancellation of the performance in thatsubect and all other subects the

candidate has appeared including

practical e3aminations and proect worof that semester'!ear e3aminations&

& <ives assistance or guidance or receives itfrom an! other student orall! or b! an! other

bod! language methods or communicatesthrough cell phones with an! other student or

persons in or outside the e3am hall in respectof an! matter&


that subect onl! of all the studentsinvolved& @n case of an outsider" he will

be handed over to the police and a caseis registered against him&

5& =as copied in the e3amination hall from an! paper" boo" programmable calculators" palm

computers or an! other form of material

relevant to the subect of the e3amination(theor! or practical) in which the student is

appearing&


that subect and all other subects

including practical e3aminations and proect wor of that semester'!ear&

6& +omes in a drunen condition to the

e3amination hall&

3pulsion from the e3amination hall

and cancellation of the performance inthat subect and all other subects

including practical e3aminations and proect wor of that semester'!ear&

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7& .muggles in the Answer boo or taes out or arranges to send out the #uestion paper during

the e3amination or answer boo during or after

the e3amination

3pulsion from the e3amination halland cancellation of performance in that

subect and all the other subects

including practical e3aminations and

proect wor of that semester'!ear& ,hestudent is also debarred for two

consecutive semesters from class wor

and all e3aminations& ,he continuationof the course b! the student is subect to

the academic regulations in connection

with forfeiture of seat&

8& efuses to obe! the orders of the +hief

.uperintendent'Assistant I .uperintendent '

an! officer on dut! or misbehaves or createsdisturbance of an! ind in and around the

e3amination hall or organi$es a wal out or

instigates others to wal out" or threatens theofficer-in charge or an! person on dut! in or

outside the e3amination hall of an! inur! tohis person or to an! of his relations whether b!words" either spoen or written or b! signs or

b! visible representation" assaults the officer-

in-charge" or an! person on dut! in or outsidethe e3amination hall or an! of his relations" or

indulges in an! other act of misconduct or

mischief which result in damage to or

destruction of propert! in the e3amination hallor an! part of the +ollege campus or engages

in an! other act which in the opinion of the

officer on dut! amounts to use of unfair meansor misconduct or has the tendenc! to disrupt

the orderl! conduct of the e3amination&

@n case of students of the college" the!

shall be e3pelled from e3amination halls

and cancellation of their performance inthat subect and all other subects of that

semester'!ear& ,he students also are

debarred and forfeit their seats& @n caseof outsiders" the! will be handed over to

the police and a police case is registeredagainst them&

9& 4eaves the e3am hall taing awa! answer

script or intentionall! tears of the script or an!

part thereof inside or outside the e3amination

hall&

3pulsion from the e3amination hall

and cancellation of performance in that

subect and all the other subects

including practical e3aminations and proect wor of that semester'!ear& ,he

candidate is also debarred for two

consecutive semesters from class worand all %niversit! e3aminations& ,he

continuation of the course b! thecandidate is subect to the academicregulations in connection with forfeiture

of seat&

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10& :osseses an! lethal weapon or firearm in thee3amination hall&


that subect and all other subects

including practical e3aminations and

proect wor of that semester'!ear& ,hestudent is also debarred and forfeits the

seat&

11& @f student of the college" who is not a candidatefor the particular e3amination or an! person

not connected with the college indulges in an!malpractice or improper conduct mentioned in

clause 7 to 9&

Bor .tudent of the college 3pulsionfrom the e3amination hall and

cancellation of the performance in thatsubect and all other subects including

practical e3aminations and proect wor

of that semester'!ear& ,he candidate is

also debarred and forfeits the seat&:erson(s) who do not belong to the

+ollege will be handed over to police

and" a police case will be registeredagainst them&

12& @mpersonates an! other student in connectionwith the e3amination

,he student who has impersonated shall be e3pelled from e3aminationhall& ,he

student is debarred from writing theremaining e3ams" and rusticated from the

college fur one academic !ear duringwhich period the student will not be

permitted to write an! e3am& @f theimposter is an outsider" he will be handed

over to the police and a case is registered

against him&

,he performance of the original student

who has been impersonated" shall becancelled in all the subects of thee3amination including practicals and

proect wor of that semsester'!ear& ,he

student is rusticated from the college for

two consecutive !ears during which period the student will not be permitted to

write an! e3am& ,he continuation of thecourse b! the student is subect to the

academic regulations in connection withforfeiture of seat

1& @f an! malpractice is detected which is not covered in the above clauses 1 to 12 it shall bereported to the college academic council for further action to award suitable punishment&

1& *alpractice cases identified during sessional e3aminations will be reported to the

e3amination committee nominated b! Academic council to award suitable punishment&

:age ; 12



)*TECH &CED 2ED C+E( CURSE STRUCTURE

&"#$%'$7(

I YEAR I SE2ESTER

Cour!e .etail!Sc+ee of

in!tructionSc+ee of E5aination

Code Su,ect = T

2a5iu

Internal

2ar3!

2a5iu

E5ternal

2ar3!

Total

Credit!

Cat*Code

*

111

ngineering

*athematics-@ 1 0 0 60 100 .+

*

112

ngineering

:h!sics-@ 1 0 0 60 100 .+

*11

ngineering+hemistr!-@

1 0 0 60 100 .+

*11

ngineering*echanics - @

1 0 0 60 100 .+

*115

:roblemsolving using +

0 0 0 60 100 .+

*

116

ngineering

Jrawing I @2 0 2 0 60 100 .+

*

151

ngineering

:h!sics '+hemistr! lab

0 0 0 60 100 2 .+

*152

Ror shop - @ 0 0 0 60 100 2 .+

*

15

+omputer

:rogramming

lab

0 0 0 60 100 2 .+

Total "# 0 $$ /7# %0# >## "7

:age ; 1



I YEAR II SE2ESTER


in!truction

Sc+ee of E5aination

Code Su,ect = T

2a5iu

Internal

2ar3!

2a5iu

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2ar3!

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!

Cat*

Code

*121

ngineering*athematics-@@

1 0 0 60 100 .+

*122

ngineering:h!sics-@@

1 0 0 60 100 .+

*

12

ngineering

+hemistr!-@@ 1 0 0 60 100 .+

*12

ngineering*echanics I @@

1 0 0 60 100 .+

*

125

nvironmental

science and

ngineering

1 0 0 60 100 .+

*

126

ngineering

Jrawing I @@2 0 2 0 60 100 .+

*127

asic nglishfor ngineers

0 0 0 60 100 .+

*

161

ngineering+hemistr! '

:h!sics lab

0 0 0 60 100 2 .+

*

162

nglish

+ommunication 4ab

0 0 0 60 100 2 .+

Total "$ % < /7# %0# >## "7

:age ; 1



II YEAR I SE2ESTER



Code Su,ect = T

2a5iu

Internal

2ar3!

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Credit!

Cat*Code

* 211ngineering

*athematics-@@@ 1 0 0 60 100

* 212Uinematics of*achines

1 0 0 60 100

* 21*echanics of

*aterials - @ 1 0 0 60 100

* 21 *aterial science *etallurg! 0 0 0 60 100

* 215asic

,hermod!namics 1 0 0 60 100

* 216lectrical

,echnolog! 0 0 0 60 100

* 251

Advanced

+ommunication.ills 4ab (Audit)

0 0 0 60 100 0

* 252

*achine Jrawing

+omputerAided Jrafting

4ab

0 0 0 60 100 2

* 25*aterial ,esting4aborator!

0 0 0 60 100 2

Total"

00 $" /7# %0# >## "7

:age ; 15



II Year II'See!ter

Cour!e .etail! Sc+ee of in!truction

Sc+ee of E5aination

Code Su,ect = T

2a5iu

Internal

2ar3!

2a5iu

E5ternal

2ar3!

TotalCredit

!

Cat*

Code

* 221ngineering

*athematics-@E 1 0 0 60 100

* 222+asting Relding

*etal Roring 0 0 0 60 100

* 22 *echanics of*aterials - @@

1 0 0 60 100

* 22Bluid *echanics =!draulic

*achines

1 0 0 60 100

* 225Applied

,hermod!namics 1 0 0 60 100

* 226

=uman values

and :rof&thics'4ife .ills

(Audit)

2 0 0 0 60 100 0

* 261

asic

*anufacturing:rocess 4ab

0 0 0 60 100 2

* 262 B&* =&* 4ab 0 0 0 60 100 2

* 26 .oft .ills 4ab 0 0 0 60 100 2

Total "" 0 $" /7# %0# >## "%

:age ; 16



III Year I'See!ter



Code Su,ect = T

2a5iu

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2ar3!

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!

Cat*

Code

*

11

>perations

esearch 1 0 0 60 100

*

12

J!namics of

*achines 1 0 0 60 100

*

1

Jesign of *achine

lements 1 0 0 60 100

*

1

*etal cutting

*achine tools 0 0 0 60 100

*15

@&+ ngines <as,urbines

0 0 0 60 100

*16

asic lectronics *icro :rocessors

0 0 0 60 100

*51

*achine .hop:ractice 4aborator!

0 0 0 60 100 2

*

52

asic lectrical and

lectronics

4aborator!

0 0 0 60 100 2

*5

Buels @&+ngines 4aborator!

0 0 0 60 100 2

Total "0 / $" /7# %0# >## ";

:age ; 17



III Year II'See!ter



Code Su,ect = T

2a5iu

Internal

2ar3!

2a5iu

E5ternal

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TotalCredit

!

Cat*

Code

*

21

>perations

*anagement 0 0 0 60 100

*22

Jesign of,ransmissionlements

1 0 0 60 100

*

2

ngineering

*etrolog! 1 0 0 60 100

*

2

*anufacturing

ngineering 0 0 0 60 100

*

25=eat ,ransfer 1 0 0 60 100

*26

Ben Electi@e&Electi@e ? I(

0 0 0 60 100

*61

+omputer

Applications in*echanical

ngineering

4aborator!

0 0 0 60 100 2

*

62

*odeling

4aborator!0 0 0 60 100 2

*6

=eat ,ransfer4aborator!

0 0 0 60 100 2

Total "/ / $" /7# %0# >## ";

Ben Electi@e'I

:age ; 18



A& >perations esearch& obotics

IV Year I'See!ter



Code Su,ect = T

2a5iu

Internal

2ar3!

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!

Cat*

Code

*

11

@ndustrial

ngineering *anagement

0 0 0 60 100

*12

*echanical*easurements and

+ontrol .!stems

0 0 0 60 100

*1

Advanced *achineJesign

0 0 0 60 100

*

1

Automation

+omputer Aided

*anufacturing

0 0 0 60 100

*15

Binite lement*ethods

1 0 0 60 100

*

16

Electi@e ' II

&T+roug+ 2C( 0 0 0 60 100

*51

Anal!sis 4ab 0 0 0 60 100 2

*

52

Jesign

*etrolog! 4ab0 0 0 60 100 2

*

5 @nternship 0 0 0 100 0 100 2

*

5

:roect wor :art -

A0 0 2 0 0 0 0

Total "0 $ $# 0"# 0<# >## "%

:age ; 19



IV Year II'See!ter



Code Su,ect = T

2a5iu

Internal

2ar3!

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!

Cat*

Code

* 21 *echatronics 0 0 0 60 100

* 22

nerg!

ecourses

%tili$ation

0 0 0 60 100

* 2 Electi@e'III 0 0 0 60 100

* 2 Electi@e'IV 0 0 0 60 100

* 61

+omputer

Aided*anufacturing

4ab

0 0 0 60 100 2

* 62:roect wor

:art - 0 0 20 50 150 200 10

Total $7 0 "0 "%# 0%# ;## "0

Note All nd 3aminations (,heor! and :ractical) are of three hours duration&

Electi@e'III

A& obotics

& +omputer Aided Jesign

+& /ano ,echnolog!

Electi@e'IV

A& +omputer <raphics

& efrigeration Air conditioning

+& :roduction :lanning and +ontrol

:age ; 20



J& Automobile ngineering J& Bluid :ower +ontrol s!stems&

:age ; 21



CE2ECHE? $$$ 0'$'#

ENGINEERING 2ATHE2ATICS ? I

Unit'I

*atrices an of a matri3" +onsistenc! of linear s!stem of e#uations" 4inear

transformations" vectors" 4inear dependence" igen values and igen vectors" :ropertiesof eigen values" +a!le!- =amilton theorem (without proof)" eduction to diagonal

form" reduction of Fuadratic form to canonical form" +omple3 matrices&

Unit'II

olles ,heorem( without proof)" 4agranges *ean value theorem ( without proof)"

,a!lors theorem (without proof)" 3pansions of functions *aclaurins series" ,a!lorsseries" *a3ima and *inima of functions of two variables" 4agranges method of

undetermined multipliers" :rinciple of least s#uares" method of least s#uares" fitting of

other curves&

Unit'III

Jouble integrals" +hange of order of integration " Jouble integrals in polar coordinates"

Area enclosed b! plane curves" ,riple integrals" +hange of variables" eta function"<amma function" elation between beta and gamma functions" error function&

Unit'IV

Bourier .eries @ntroduction and ulers formulae" +onditions for a Bourier e3pansion"

Bunctions having points of discontinuit!" +hange of interval" ven and >dd functions"

=alf range series" ,!pical wave forms and :arsevals formulae" +omple3 form of the

Bourier series&

,e3t boo

1V& =igher ngineering *athematics b! &.& <rewal" rd edition" Uhanna publishers"

/ew Jelhi&

eference boos

W1V& Advanced ngineering *athematics b! re!s$ig&

W2V& ngineering *athematics b! abu am

WV& ngineering *athematicsI @ Y/&:& ali" .at!anara!anahavanari and

@ndraniUeler 4a3mipublications" /ew Jelhi& WV& *athematical Boundations for +omputer .ciences- b! .at!anara!anahavanari"

:radeep Uumar ,&E" .hai*ohiddinshaw" .: :ublications&

:age ; 22



CE2ECHE'$$" /'$'#

ENGINEERING HYSICS ' I

UNIT'I

%ltrasonics $" eriod!

:roduction of %ltrasonics b! :ie$o electric oscillator method" Jetection b! Acoustic

grating method" Applications - :ulse echo techni#ue" ultrasonic imaging and some

general applications&

@nterference

.toes principle (:hase change on reflection)" @nterference in thin films due to reflected

light (+osine law)" /ewtons rings e3periment I Jetermination of radius of curvature"*ichelsons interferometer :rinciple" construction woring and its application

(Jetermination of wavelength of monochromatic source)&

UNIT'II $# eriod!

Jiffraction I .ingle slit (Fualitative and #uantitative treatment)&

:olarisation I :olarisation b! reflection" efraction and double refraction in unia3ial

cr!stals" /icol prism" Fuarter and half wave plate" circular and elliptical polari$ationand detection&

UNIT'III $0 eriod!

=a!er! 4aser characteristics" .pontaneous and .timulated emissions" asic

re#uirements of a laser" :opulation inversion I .olid state laser (ub! laser)" <as (=e-

/e) laser" .emiconductor (<aAs) laser" Applications of lasers&

HolograB+y :rinciple" recording" reproduction and applications&

Fi,er oBtic!: .tructure of optical fiber" ,!pes of optical fibers" /umerical aperture"

Biber optics in communications and advantages&

UNIT ?IV $0 eriod!lectricit! and *agnetism

<ausss law in electricit! (statement proof)" +oulombs law from <auss law" <ausslaw for magnetism" Barada!s law of electromagnetic induction" 4en$s law" .elf

@nductance" *utual inductance" energ! stored in a magnetic field" Jisplacement current"

*a3wells e#uations (#ualitative treatment)" electromagnetic wave e#uation andEelocit!" A&+& circuit containing series 4+ circuit (resonance condition)&

TET )S:1. Engineering Physics - R .K. Gaur & S. L. Gupta !anpati Rai

Pu"lications !elhi #$$%.2. Engineering Physics - iten'ra K. (ali) &*.K.Singh Tata (acGra+ ill

,e+ !elhi #$$.

REFERENCE )S:%. un'amentals of Physics / Resnic) & alli'ay 0ohn 1iley sons th

E'ition.#. *pplie' Physics-S. (ani ,ai'u Pearson Pu"lishers 2hennai.3. Engineering Physics - (.*rumugam *nura'ha Pu"lications 2hennai

4th E'ition #$$5.

:age ; 2



6. Engineering Physics - B. K. Pan'ey& S. 2hatur7e'i 2engage Learning

In'ia P7t. Lt'. !elhi.

CE2ECHE'$$/ /'$'#

ENGINEERING CHE2ISTRY ? I

UNIT'I: 1ATER TECHN=GYEarious impurities of Rater" R=> guidelines" =ardness unitsand determination b!

J,A method (simple problems)" water treatment for driningpurpose-sedimentation"coagulation" filtration (slow sand filter)" various methods ofchlorination" breapoint

chlorination&

Rater treatment for industrial purpose oiler troubles" scales" sludges"causticmbrittlement" boiler corrosion" priming and foaming- causes and

prevention"@nternal conditioning -:hosphate" +algon and carbonate treatment"

3ternalconditioning-4ime .oda process (simple problems)" softening b! ione3changeprocess" Jesalination of bracish water b! electro dial!sis and reverse

osmosis&

UNIT'II: E=ECTRCHE2ICA= ENERGY SYSTE2S:rimar! and .econdar! batteries" eserve batteries" .olid state and molten solvent

batteries" ecent technological trends" 4ithium ion batteries" /anostructured electrode

materials" 4ithium and carbon based nanomaterials and nanocomposites" .olid-state4ithium ion batteries" nerg! storage and bacup& Buel cells" .cientific prospects of fuel

cells" lectrochemistr!" @n-situ and e3-situ electrochemical characteri$ations" +urrent-

Eoltage measurement" +urrent @nterrupt measurements" :orosit!" , surface area

anal!sis" <as permeabilit!" =!drogen as future fuel" Alaline-" acid- and moltencarbonate-fuel cells" .olid o3ide fuel cells&

UNIT'III: CRRSIN AN. ITS REVENTIN

@ntroduction" electrochemical theor! of corrosion"dr!corrosion" corrosion due todifferential aeration" ,!pes of corrosion-galvanic corrosion (galvanic series)" :itting"

.tress and microbiological corrosion" Bactorsaffecting corrosion-o3idi$ers" p=" over

voltage and temperature&:rotection methods +athodic protection" (@mpressed current and sacrificial anode)

anodic protection" corrosion inhibitors- t!pes and mechanism of inhibition

UNIT'IV: =Y2ERSS

*onomer functionalit!" degree of pol!meri$ation" ,acticit!" classification of

pol!meri$ation- addition" condensation and co-pol!meri$ation" mechanism of freeradical pol!meri$ation&

:lastics- ,hermoplastic and thermosetting resins" preparation" properties and uses

of aelite" and :E+& +ompounding of plastics&+onducting pol!mers :ol!acet!lene" mechanism of conduction" e3amples and

applications&

ubber- :rocessing of late3" Jrawbacs of natural rubber- Eulcani$ation" .!nthetic

rubbers- una-. and una-/&

re!cri,ed Te5t )oo3!:

:age ; 2



%. Engineering 2hemistry P.2. 0ain an' (. 0ain / !hanapathiRai & Sons

!elhi.

#. * te8t "oo) of Engineering 2hemistry S.S. !ara - S. 2han' & 2o. ,e+

!elhi.

3. Engineering 2hemistry B.K. Sharma - Krishna Pra)ashan (eerut.

6. Shashicha+la * te8t "oo) of engineering

chemistry3r'E'ition!hanpatrai& co ,e+ !elhi #$$9.

CE2ECHE'$$0 0'$'#

ENGINEERING 2ECHANICS 'I

UNIT' I

Concurrent Force! in a lane:

:rinciples of statics" Borce" Addition of two forces :arallelogram law I +ompositionand resolution of forces I +onstraint" Action and eaction& ,!pes of supports and

support reactions& Bree bod! diagram& #uilibrium of concurrent forces in a plane I

*ethod of proection" method of moments" resultant and e#uilibrium of concurrentforces in space&

UNIT'II

Friction:@ntroduction" laws of friction" coefficient of friction" angle of friction"

problems involving dr! friction" wedges&

arallel Force! in a lane:,!pes of parallel forces" couple" resolution of a force into aforce and a couple" general case of parallel forces in a plane&

UNIT'III

Centroid and Centre of Gra@ity:+oncept of centroid and centre of gravit!" centroids

of simple figures from basic principles" centroid of composite plane figures and curves"centre of gravit! of three dimensional bodies&

General ca!e! of Force! in a lane:+omposition of forces in a plane" #uilibrium of

forces in a plane" plane trusses-method of oints and method of sections&

UNIT'IV

2oent! of Inertia of lane Figure!:@ntroduction" moment of inertia of a plane figurewith respect to an a3is in its plane" polar moment of inertia" parallel a3is theorem"

moment of inertia of composite areas&

2oent of Inertia of 2aterial )odie!:*oment of @nertia of solid rectangular plate"circular plate" solid right circular cone" solid sphere&

=EARNING RESURCES &For ,ot+ I and II !ee!ter!(

TEXT BOOKS:

1& ngineering *echanics b! .& ,imosheno" J&=& Young and X E ao I,ata *c<raw-

=ill publishing +ompan! 4imited" /ew Jelhi(Bor concepts)" 2009&

:age ; 25



2& ngineering mechanics Istatics and d!namics b! A&U ,AYA4 I%*.= publications"Jelhi (Bor numerical problems)" 2008&

REFERENCE )S:1& ngineering *echanics b! .&.&haviatti" /ew Age @nternational publishers" 2012

2& ngineering *echanics- .tatics and J!namics b! @rving =& .hames" :earson

ducation" 2006&

3. .ingers ngineering *echanics .tatics and J!namics" U& Eia!a Uumar edd! and X

.uresh Uuma" rd dition .@ %nits-. :ublications" 2010&

6. A ,e3tboo of ngineering mechanics statics and d!namics b! X&4& *eriam and 4&

Uraige" 6th dition" Rile! .ons "2010&

CE2ECHE $$% 0'#'#

R)=E2 S=VING USING C

UNIT'$ &$7 eriod!(

+omputer asics ,he +omputer .!stem" <enerations of +omputer" +lassification of

+omputer" loc diagram of digital +omputer" @nside the +omputer-:rocessor"*emor!" 3ternal :orts" :+@ +ard" Bormatting =ard dis" %nderstanding @>."

@>. +ommands" Algorithm" Blowchart" :rogramming :aradigms&

+-asics +-character set" Jata t!pes" +onstants" 3pressions" .tructure of +

program" >perators and their precedence associativel!" .imple programs in + using

all the operators" ,!pe casting "t!pe coercion&

UNIT'II &$7 eriod!(

+ontrol .tructures" asic input and output statements" :reprocessor directives&Bunctions +oncept of a function" passing the parameters" automatic variables"

scope and e3tent of variables" storage classes" recursion" iteration vs recursion"

t!pes of recursion" .imple recursive and non recursive programs" ,owers of =anoi

problem&

UNIT'III &$7 eriod!(

Arra!s .ingle and multidimensional Arra!s" +haracter arra! as a string" string

functions" :rograms using arra!s and string manipulation&

:ointers :ointers declarations" :ointer e3pressions" :ointer parameters tofunctions& :ointers" :ointers and arra!" :ointer arithmetic&

UNIT'IV &$7 eriod!(

.tructures Jeclaring and using structures" operations on structures" structures and

arra!s" user defined data t!pes" pointers to structures&+ommand line arguments&Biles @ntroduction" file structure" file handling functions" file t!pes" file error handling"

:rograms using file functions&

Te5t )oo3!:

1& :rogramming with +-<ottfried-.chaums >utline .eries-,*=

2& + :rogramming I Anitha<oel'Aa! *ittal'&.reenivasa edd!-:earson @ndia

:age ; 26



Reference!:

%. Pro"lem Sol7ing +ith 2- Somase)haran-PI.#. 2 Programming- Behrou: * forou:an / 2E,G*GE Learning.

3. Test your c s)ills-;as+anth)anith)er.

6. Let us 2- ;as+anth)anith)er.

CE2ECHE $$7 "'#'"

ENGINEERING .RA1ING ? $

UNIT ? IGeneral: <se of !ra+ing instruments Lettering .-Single stro)e letters!imensioning- Representation of 7arious type lines. Geometrical2onstructions..Representati7e fraction Scales.-Plain Scales !iagonal

Scales 2omparati7e Scales =ernier Scales.

UNIT ? IICurves :2ur7es use' in Engineering practice - conic sections - generalconstruction an' special metho's for ellipse para"ola an' hyper"ola.cycloi' epicycloi's hypocycloi' in7olute of circle an' *rcheme'ianSpiral.

UNIT ? IIIMethod of Projections: Principles of pro>ection - irst angle an' thir'angle pro>ection of Points.Pro>ection of Straight lines.Traces of lines. ?Limite' to @rst anglepro>ection onlyAProjections of Planes :Pro>ections of planes pro>ections on au8iliaryplanes.

UNIT ? IVProjections of Solids :Pro>ections of 2u"es Prisms Pyrami's2ylin'ers an' 2ones +ith7arying positions.

Sections Of Solids: Sections of 2u"es Prisms Pyrami's cylin'ers an'2ones true shapes of sections. ?Limite' to the Section Planes

perpen'icular to one of the Principal PlanesA.

UNIT ? V &.eon!tration only(*

CoButer Aided .rafting &u!ing any Standard ac3age(: .etting up a drawing"

starting main menu (/ew" >pen .ave" .ave Asetc)" >pening .creen error correction onscreen units"

co-ordinate s!stem" limits" grid" snap" ortho&

:age ; 27



,ool bars Jraw tool bar" obect snap" tool bar" modif! tool bar" dimension tool bar

TEXT BOO: Engineering !ra+ing "y ,.!. Bhatt & =.(. Panchal. ?2harotar Pu"lishingouse*nan'A.

!E"E!E#CE BOO: Engineering !ra+ing "y Prof.K.L.,arayana& Prof. R.K.Kannaiah. SciTech

Pu"lisher.

CE2ECHE $%$ #'#'/

ENGINEERING CHE2ISTRY HYSICS =A)RATRY

=IST F EERI2ENTS:

$* .eterination of Burity of -a!+ing !oda

"* .eterination of al3alinity of -ater

/* .eterination of iron fro 2o+r! !alt ,y Beranganoetry

0* .eterination of iron fro +eatite ,y dic+roetry

%* .eterination of coBBer fro ,ra!! ,y iodoetry

7* .eterination of a@aila,le c+lorine in ,leac+ing Bo-der*

;* .eterination of +ardne!! of -ater ,y E.TA et+od

<* .eterination of tin and lead fro !older ,y coBle5 etric titration!

>* .eterination of c+loride ,y BreciBitation titration et+od

$#* .eterination of calciu ,y !ei gra@ietric et+od

$$* reBaration of B+enol'foralde+yde re!in

$"* C+ei!try of ,lue Brinting

.E2NSTRATN:

$/* Acid')a!e titration ,y BH eterD conducti@ity eter and Botentioeter

$0* .eterination of @i!co!ity of @i!co!ity of lu,ricating oil*

:age ; 28



CE2ECHE $%" #'#'/

1RSH

=IST F EERI2ENTS:

2iniu t+ree e5Berient! !+ould ,e conducted fro eac+ trade

$* CARENTRYTo a3e t+e follo-ing o,! -it+ +and tool!

a) 4ap oint b)4ap ,ee oint c)Jove tail oind)*ortise ,enon oint

e)+ross-4ap oint

"*1E=.ING USING E=ECTRIC ARC 1E=.ING RCESS GAS

1E=.ING*

T+e follo-ing oint! to ,e -elded*

a)4ap oint b),ee oint c)dge oint d)utt oint e)+orner oint

/*SHEET 2ETA= ERATINS 1ITH HAN. T=S*

a)ectangular ,ra!b),riangular ,ra! c):ipe Xoint d)Bunnel e)ectangular .coop

0*HUSE 1IRING

a),o connect one lamp with one switch

b),o connect two lamps with one switch

c),o connect a fluorescent tube

d).tair case wiring

e)<o down wiring

REFERENCE )S:

$*annaia+ * 4Narayana * C*D 2anual on 1or3 S+oB racticeD Scitec+

u,lication!D C+ennaiD $>>>*

"*1or3!+oB =a, 2anual D R*V*R* 4 J*C* College of Engineering D Guntur

CE2ECHE $%/ #'#'/

C2UTER RGRA22ING =A)

CYC=E'I )a!ic! of Hard-are and Soft-are E5erci!e!:%. E8plore (other Boar' components an' Layouts

i'entifying e8ternal ports an' interfacing i'entifying P2I car's an'interfacing.

#. Practice partitioning an' formatting ar' 'is)s.3. Install an' <ninstall system an' application

soft+are.6. <n'erstan' BICS [email protected]. 2onnect # or more computers in a L*, net+or).

:age ; 29



5. *ssem"ling a 2omputer an' trou"leshooting a2omputer.

9. Stu'y an' practice of operating systemcomman's

a. Stu'y an' practice of 'irectory Relate' <tilities.". Stu'y an' practice of @le an' Te8t Processing <tilities.c. Stu'y an' practice of 'is) 2ompress an' Bac)up <tilities.'. Stu'y an' practice of ,et+or)ing <tilities

CYC=E'II rograing E5erci!e!:

$* E5erci!e! on data tyBe! and oBerator!aA Practice e8ercises 3.% to 3.%5 an' 6.% to 6.%9 an' %6.% to %6.#$ Test your

2 S)ills - yas+anth)anit)ar te8t "oo)."A 1rite a program +hich 'etermines the largest an' the smallest num"er

that can "e store' in 'iDerent 'ata types of li)e short int. long oatan' 'ou"le. 1hat happens +hen you a'' % to the largest possi"leinteger num"er that can "e store'F

cA 1rite a program to @n' greatest of three num"ers using con'itionaloperatorF

'A 1rite a program to s+ap t+o num"ers +ith an' +ithout temp 7aria"leFeA Practice a program using multiple unary increment an' 'ecrement

operators in arithmetic e8pressionsF

"* E5erci!e! on control !tructure!

aA Practice e8ercise #.% to #.%4 Test your 2 S)ills - yas+anth)anit)ar te8t"oo).

"A 1rite a program to @n' greatest of three num"ersF <se neste' if if else ifan' s+itch statementsF

cA 1rite a program to rea' mar)s of a stu'ent an' print the sum an'a7erageF

'A !isplay the gra'e "ase' on the sum of mar)sFeA 1rite a program to count the 'igits of a num"erF <se for loopfA 1rite a program to chec) +hether a num"er is perfect or notF <se 'o-

+hilegA 1rite a program to chec) +hether a num"er is strong or notF <se +hilehA 1rite a program to chec) +hether a num"er is amstrong or notF <se foriA 1rite a program to chec) +hether a num"er is palin'rome or notF <se for

>A 1rite a program to @n' the i"onacci series upto the gi7en num"erF <se+hile

)A 1rite a program to print the pascals triangleF <se' 'o-+hilelA 1rite a program to print the result of the series %8H##8H33J.

8Hnn

/* E5erci!e! on function!aA Practice e8ercise 4.% to 4.%6 Test your 2 s)ills -yas+anth)anit)ar

te8t "oo)."A 1rite program to s+ap t+o 7aria"les using functionsF 1rite a

program to perform menu 'ri7en arithmetic operations usingfunctionsF

cA 1rite a program to @n' the factorial of a num"er using recursi7ean' non- recursi7e functionsF

:age ; 0



'A 1rite a program to @n' the i"onacci series using recursi7efunctionsF

eA 1rite a program to @n' the solution for to+ers of anoi usingrecursi7e functionF

fA 1rite a program to pass parameters to a functions using call "y7alue an' call "y referenceF

& E5erci!e!on Array!

aA Practice e8ercise .% to .%9 Test your 2 s)ills - yas+anth)anit)ar te8t"oo).

"A 1rite a program to rea' n num"ers an' sort themFcA 1rite a program to @n' the minimum an' ma8imum num"ers of the

arrayF'A 1rite a program to rea' t+o matrices an' @n' their sum 'iDerence an'

pro'uct of themFeA in' the transpose of a matri8FfA 1rite a program to print upper an' lo+er triangle of a gi7en matri8F

%* E5erci!e! on !tring!aA Practice e8ercise %$.% to %$.%4 yas+anth)anit)ar te8t "oo).

"A 1rite a program to 'emonstrate the use of string manipulation functionsFcA 1rite a program to compare t+o stringsF'A 1rite a program to sort the names in *lpha"etical or'erF

7* E5erci!e!on Bointer!aA Practice e8ercise 9.% to .#5 yas+anth)anit)ar te8t "oo)."A 1rite a program to rea' 'ynamic array an' sort the elementsFcA 1rite a program to rea' 'ynamic array an' @n' the minimum an'

ma8imum of the elementsF'A 1rite a program to perform pointer arithmeticFeA 1rite a program on pointers for stringsFfA 1rite a program to use array of pointersF

;* E5erci!e!on !tructure!aA Practice e8ercise %%.% to %%.3$ yas+anth)anit)ar te8t "oo)."A 1rite a program to create stu'ent structure an' rea' mar)s of three

su">ects an' @n' the sum an' total of the stu'entFcA 1rite a program on arrays of structures for 5$ stu'ents recor' using the

a"o7e stu'ent structureF'A 1rite a program for comple8 structureF Perform a''ition su"traction an'

multiplication of t+o comple8 num"ersFeA 1rite a program for a''ition an' multiplication of t+o polinomialsF

<* 1rite a Brograon File!

aA Practice e8ercise %#.% to %#.#$ yas+anth)anit)ar te8t "oo)."A 1rite a program to appen' content of a @leFcA 1rite a program to 'isplay the content of a @leF'A 1rite a program to copy content of one @le to other @leFeA 1rite a program to count the no of characters in a @leFfA 1rite a program to compare the contents of t+o @lesF

Reference!:

1& ,est !our + .ills b! I YaswanthUanithar-: :ublishers

:age ; 1



#. 2 programming Test your s)ills-*.,.Kamthane-Pearson In'ia.

CE2ECHE? $"$ 0'$'#

ENGINEERING 2ATHE2ATICS'II

Unit'I

>rdinar! differential e#uations (first order) @ntroduction" variables separable

e#uations" 4inear e#uations" ernoullis e#uations" 3act e#uations" e#uations reducibleto e3act e#uations" >rthogonal traectories" /ewtons law of cooling" ate of Jeca! of

adio-Active *aterials&

Unit'II

>rdinar! differential e#uations (higher order) 4inear Jifferential e#uations Jefinition"

,heorem" >perator J" ules for finding the complementar! function" @nverse operator"ules for finding the particular integral" Roring procedure to solve the e#uation"

4inear dependence of solutions" *ethod of variation of parameters" #uations reducible

to linear e#uations" +auch!s homogeneous linear e#uation" 4egendres linear e#uation".imultaneous linear e#uations with constant coefficients*

Unit'III

4aplace ,ransforms @ntroduction" ,ransforms of elementar! functions" :roperties of

4aplace ,ransforms" e3istence conditions" ,ransforms of derivatives" @ntegrals"

multiplication b! tn " division b! t" valuation of integrals b! 4aplace ,ransforms"

@nverse transforms" convolution theorem" Application to Jifferential e#uations withconstant coefficients" transforms of unit step function" unit impulse function" periodic

function&

Unit'IV

Vector Calculu! .calar and vector point functions" Jel applied to scalar point

functions& <radient" Jel applied to vector point functions" :h!sical interpretation of divergence" Jel applied twice to point functions" Jel applied to products of point

functions" @ntegration of vectors" 4ine integral" .urfaces" <reens theorem in the plane

(without proof)" .toe s theorem (without proof)" Eolume integral" <auss divergence,heorem (without proof)"&

,e3t boo

1V& =igher ngineering *athematics b! &.& <rewal" rd edition" Uhanna publishers"

/ew Jelhi&

Reference ,oo3!:

W1V& Advanced ngineering *athematics b! re!s$ig&

W2V& ngineering *athematics b! abu am&

WV ngineering *athematicsI @ Y/&:& ali" .at!anara!anahavanari and@ndraniUeler4a3mipublications" /ew Jelhi&

WV*athematical Boundations for +omputer .ciences- b! .at!anara!anahavanari"

:radeep Uumar ,&E" .hai*ohiddinshaw" .: :ublications&

:age ; 2



CE2ECHE? $"" /'$'#

ENGINEERING HYSICS'II

Unit'I $" eriod!

rinciBle! of Kuantu 2ec+anic!

Jual nature of light" *atter waves properties" de roglies concept of matter waves"

Javisson and <ermer e3periment" =eisenbergs uncertaint! principle and applications(non-e3istence of electron in nucleus)& >ne dimensional time independent .chrodingers

wave e#uation" :h!sical significance of the wave function" :article in a bo3 (onedimensional)&

Unit'II $" eriod!

E=ECTRN THERY F 2ETA=S +lassical free electron theor! - *ean free path

- ela3ation time and drift velocit! - Fuantum free electron theor! - Bermi - Jirac(anal!tical) and its dependence on temperature - Bermi energ!" =all effect and its uses&

)AN. THERY F S=I.S loch theorem (#ualitative) - Uronig - :enne! model -

>rigin of energ! band formation in solids - +lassification of materials into conductors"

semiconductors insulators -+oncept of effective mass of an electron&

Unit'III $" eriod!

.ielectric and 2agnetic 2aterial!

lectric dipole moment" polari$ation" dielectric constant" polari$abilit!" t!pes of polari$ations" internal fields (#ualitative)" +lausius-*ossotti e#uation" Bre#uenc!

dependence of polari$ation" Berroelectrics and their applications&

>rigin of magnetic moment of an atom" ohr magneton" classification of dia" para andferro magnetic materials on the basis of magnetic moment" =!steresis curve" soft and

hard magnetic materials" Berrites and their applications&

UNIT ?IV

Ad@anced 2aterial! of +y!ic! $0 eriod!

Btoelectronic de@ice!: Fualitative treatments of :hoto diode" 4J and 4+JT .olar

cell and its characteristics&

SuBerconducti@ity: Birst e3periment" critical parameters (,c" =c" @c)" *eissner effect"

t!pes of superconductors" +. ,heor! (in brief) and Applications of superconductors&NanoTec+nology @ntroduction to nano materials" nano scale" surface to volume ratio"

fabrication of nanomaterials" sol-gel and chemical vapour deposition methods" +arbonnano tubes-preparation and properties (thermal" electrical and mechanical - in brief)"

some applications of nanomaterials&

TET )S%. Engineering Physics - R .K. Gaur & S. L. Gupta !anpatiRai

Pu"lications !elhi #$$%.#. Engineering Physics / =. Ra>en'ran Tata (acGra+ ill ,e+ !elhi

#$$.

REFERENCE )S%. Engineering Physics-P.K. Palanisamy Scitech Pu"lications P=T. Lt'

,e+ !elhi#. Engineering Physics / (.R. Srini7asan ,e+ age International

Pu"lishers ,e+ !elhi3. (aterials science / (.=i>aya an' G.Rangara>an T( ,e+ !elhi

:age ;



$. Engineering Physics !.K. Bhattacharya an' PoonamTan'on C8for'

<ni7ersity Press ,e+ !elhi.

CE2ECHE? $"/ /'$'#

ENGINEERING CHE2ISTRY ?II

UNIT'I: CHE2ISTRY F NAN2ATERIA=S

@ntroduction to nano chemistr!" preparation of nano materials - carbon nanotubes and

fullerenes and their engineering applications&

UNIT'II: INSTRU2ENTA= 2ETH.S F ANA=YSIS

asic principles" instrumentation and applications of %E-Eisible" @nfra-ed" /uclear

*agnetic esonance (/*)" <as +hromatograph! and =igh :erformance 4i#uid

+hromatograph!&

UNIT'III: S=I. STATE CHE2ISTRY

and theor! of solids" t!pes of semiconductors" preparation of semiconductors and

semiconductor devices&

UNIT'IV: S=AR ENERGY HARNESSING

Bundamentals" +onversion into electrical energ!" :hotovoltaic and :hotogalvanic

energ! storage" .emiconductor photoelectrochemical cells" :hotoelectrochemical

reactions" egenerative photoelectrochemical cells" asic problems" :hotocorrosion and

protection of semiconductor electrodes" :rotective coatings" +oatings of metals andelectricall! conductive pol!mers" lectrodes with chemicall! modified surfaces&

re!cri,ed Te5t )oo3!:

%. Engineering 2hemistry P.2. 0ain an' (. 0ain / !hanapathRai& Sons

!elhi.

#. Te8t "oo) of ,ano Science an' ,ano technology B.S. (urthy an' P.

Shan)ar <ni7ersity press.

3. Te8t "oo) of engineering chemistry

Shasicha+la!hanapathrai&sons!elhi.

6. Guru'eep ra> &chat+alanan' MInstrumental metho's of analysis M

9the'ition2BS pu"lications%5.

4. Nuantitati7e analysis "y 'ay&un'er+oo'.

%. * Te8t "oo) of Instrumental metho's "y S)oog an' 1est.

:age ;



&. .1. 1ilar' an' 'emerit MInstrumental metho's of analysis M

9the'ition2BS pu"lications%5.

CE2ECHE'$"0 /'$'#

ENGINEERING 2ECHANICS ?II

UNIT' Iineatic! of Rectilinear 2otion: @ntroduction to d!namics" displacement" velocit!"

acceleration" motion with uniform and variable acceleration&

inetic! of Rectilinear 2otion: #uations of rectilinear motion - motion of a particle

acted upon b! a constant force I JAlemberts principle" wor and energ!" impulse

momentum" conservation of energ!" collision of elastic bodies I direct central impact&

UNIT'II

ineatic! of Cur@ilinear 2otion: @ntroduction" components of motion- rectangularcomponents I normal and tangential components&

inetic! of Cur@ilinear 2otion: #uations of motion- ectangular components-

tangential and normal components" #uations of d!namic e#uilibrium- JAlemberts principle" Ror and nerg!&

UNIT'III

Rotation of a rigid ,ody a,out a fi5ed a5i!: Uinematics of rotation" #uation ofmotion for a rigid bod! rotating about a fi3ed a3is" rotation under the action of constant

moment&

UNIT'IV

ineatic! of lane 2otion: +oncepts of elative velocit! and instantaneous center&

inetic! of lane 2otion: #uations of motion" J!namic e#uilibrium of s!mmetrical

rolling bodies&

=EARNING RESURCES &For ,ot+ I and II !ee!ter!(

TET )S:1& ngineering *echanics b! .& ,imosheno" J&=& Young and X E ao I,ata *c<raw-

=ill publishing +ompan! 4imited" /ew Jelhi(Bor concepts)" 2009&

2& ngineering mechanics Istatics and d!namics b! A&U ,AYA4 I%*.= publications"

Jelhi (Bor numerical problems)" 2008&

REFERENCE )S:1& ngineering *echanics b! .&.& haviatti" /ew Age @nternational publishers" 2012

2& ngineering *echanics- .tatics and J!namics b! @rving =& .hames" :earsonducation" 2006&

3. .ingers ngineering *echanics .tatics and J!namics" U& Eia!a Uumar edd! and X

.uresh Uuma" rd dition .@ %nits-. :ublications" 2010&

6. A ,e3tboo of ngineering mechanics statics and d!namics b! X&4& *eriam and 4&

Uraige" 6th dition" Rile! .ons "2010&

CE2ECHE'$"% /'$'#

:age ; 5



ENVIRN2ENTA= SCIECNE AN. ENGINEERIG

UNIT'I

Introduction: Jefinition" .cope and @mportance&

Natural Re!ource!:

Borest esources I %se and over-e3ploitation" Jeforestation" *ining" dams and their effects on

forests and tribal peopleT Rater esources I %se and over-utili$ation of surface and groundwater" floods and droughts" Rater logging and salinit!" Jams I benefits and problems" +onflicts

over waterT nerg! resources I nerg! needs" enewable and non-renewable energ! sourcesT4and resources I 4and as a resource" land degradation" soil erosion desertification" ffects of modern agriculture on land resources&

Eco!y!te!:

Jefinition" .tructure and functions of an cos!stems" iogeochemical c!cles-water" carbon"nitrogen and water c!cles" ,!pes-Borest" <reenland" Jesert" A#uatic ecos!stem&

UNIT'II

)iodi@er!ity and it! Con!er@ation:

Jefinition" Ealue of biodiversit!& io-geographical classification of @ndia" @ndia as a mega-diversit! nation" =ot-spots of biodiversit!" ,hreats to bio-diversit!" ndemic and endangered

species of @ndia" +onservation of biodiversit!&

En@ironental ollution:+auses" effects and control measures of Air pollution" Rater pollution" .oil pollution" *arine

:ollution" /oise pollution" ,hermal pollution" nuclear pollution" .olid waste management&

UNIT'III

Social I!!ue! and En@ironent:

Brom unsustainable to sustainable development" :opulation growth and environment" <reen

revolution" ain water harvesting" watershed management" cloud seeding" esettlement and

rehabilitation of people - problems and concerns" nvironmental @mpact Assessment&

Cliate C+ange!: <lobal warming <reen house effect" Acid rain" >$one la!er depletion&

UNIT'IV

En@ironental act!:

:revention and +ontrol of Rater pollution Air :ollution act" nvironmental protection act"Rildlife protection act" Borest +onservation act&

International Con@ention!: .tocholm +onference 1972" arth .ummit 1992& +openhagen.ummit 2009&

Ca!e Studie!: +hipo movement" /armada achaoAndolan" .ilent Ealle! :roect" *adhura

efiner! and ,a*ahal" +hernob!l /uclear Jisaster" alegaon .iddhi" Blorosis and hopal,raged!&

Field -or3: Eisit to a local area to document environmental assets I river' forest' grassland '

hill 'mountain& .tud! of local environment-common plants" insects" birds& .tud! of simple

ecos!stems I pond" river" hill" slopes etc& Eisits to industries" water treatment plants" effluenttreatment plants&Te5t )oo3!:

1. En7ironmental Stu'ies "y !r. Suresh K. !hame>a Pu"lishe' "y S.K. Kataria&Sons Lu'hiana.

Reference )oo3!

%. En7ironmental stu'ies "y *nu"haKaushi) an' 2.P.Kaushi). ,e+ *geInternational Pu"lishers ,e+ !elhi.

#. T Benny 0oseph En7ironmental Stu'ies the Tata (cGra+-ill Pu"lishing2ompany Limite' ,e+ !elhi.

:age ; 6



'. En7ironmental chemistry "y *.K.!e.

CE2ECHE'$"7 "'#'"

ENGINEERING .RA1ING ?II

UNIT ? I(evelo)*ent of surfaces: Lateral 'e7elopment of cut sections of

2u"es Prisms Pyrami's 2ylin'ers an' 2ones.

UNIT ? II

Inter!ection of !olid! @nterpenetration of ight egular solids& @ntersection of +!linder

Es +!linder" +!linder Es +one" +!linder Es :rism*

UNIT ? III+so*etric )rojections: Isometric Pro>ection an' con7ersion of Crthographic Pro>ections into isometric 7ie+s. ?Treatment is limite' tosimple o">ects onlyA.

Ortho,ra)hic )rojections: 2on7ersion of Pictorial 7ie+s intoCrthographic 7ie+s.

UNIT ? IV

er!Becti@e Broection!: :erspective Eiew :oints" 4ines" :lane figures and .imple

.olids" Eanishing :oint *ethods (<eneral *ethod onl!)&

UNIT ? V &.eon!tration only(*

CoButer Aided .rafting &u!ing any Standard ac3age(:

:ractice of 2 J drawing 3ercise of orthographic views for simple solids using allcommands in various tool bars&

TEXT BOO:

• Engineering !ra+ing "y ,.!. Bhatt & =.(. Panchal. ?2harotar

Pu"lishing ouse *nan'A.

• *uto2*! for Engineering !ra+ing (a'e Easy "y P. ,ages+araRao.

!E"E!E#CE BOO: Engineering !ra+ing "y Prof.K.L.,arayana& Prof. R.K.Kannaiah. SciTech

Pu"lisher.

Engineering Graphics +ith *uto2*! "y 0ames !. Bethune

CE2ECHE'$"; /'#'#

)ASIC ENG=ISH FR ENGINEERS

UNIT'$:

1& 4istening .ills ,he bo! who broe the ban (nglish and .oft .ills)

2& .onnet - ,o .cience (,he .irens .ong)

:age ; 7



& Eocabular! uilding >ne-Rord .ubstitutes" Rords >ften +onfused

& eading +omprehension

UNIT' II:

1& Rritten +ommunication .ills <atemans <ift (nglish and .oft .ills)2& Ror without =ope (,he .irens .ong)

& <rammar +orrection of .entences

& Rriting 4etter Rriting-- Bormal and @nformal 4etters

UNIT ' III:

1& Assertive .ills ,he Eerger (nglish and .oft .ills)2& .even Ages of *an (,he .irens .ong)

& Rriting /ote- ,aing" /ote-*aing

& :aragraph Rriting ,echnical Jescription-:rocess" >bect

UNIT ' IV:

1& ,eamwor .ills Rhitewashing the fence (nglish and .oft .ills)

2& >$!mandias (,he .irens .ong) & Eocabular! uilding @dioms

& Rriting ssa! Rriting

TET)S:

1& .&:&Jhanavel" *nglish and Soft S+ills" /ew Jelhi >rient lac .wan :vt& 4td&"

201&

2& Javid *urdoch" ,he Siren-s Song: An Anthology of British and American .erse"

*adras" >rient 4ongman" 199&

& E&&/ara!anaswami" Strengthen /riting 0rd *dition /ew Jelhi >rient

lacswan :rivate 4td&" 2009&

REFERENCE )S:

1& Jr& .haliniEerma" Rord :ower *ade =and!" .&+hand +o 4td&" 2009&

2& .haron X&<erson" .teven *&<erson" ,echnical Rriting" /ew Jelhi :earson

education" 2007&& .ana! Uumar and :ushp4ata" +ommunication .ills" /oida >3ford %niversit!

:ress" 2012&

0* *& Ashraf i$vi" ffective ,echnical +ommunication" /ew Jelhi ,ata *c-<rew =ill"2009&

%* iram U& Jas" Ual!ani.amantra!" ath/a!a" .usmita:ani.aveeta*ohant!" An

@ntroduction to :rofessional nglish and .oft .ills" /ew Jelhi Boundation oos"

2009&

CE2ECHE ? $7$ #'#'/

ENGINEERING HYSICS CHE2ISTRY =A)

Any $% e5Berient! fro t+e follo-ing li!t

=IST F EERI2ENTS

:age ; 8



1& +ompound pendulum IJetermination of acceleration due to gravit! (g)2& @nterference fringes - measurement of thicness of a foil ' diameter of Rire

using wedge method&

& .ensitive galvanometer - Jetermination of figure of merit& /ewtons rings I *easurement of radius of curvature of plano conve3 lens

5& 4issaous figures I+alibration of an audio oscillator

6& :hoto cell I @-E +haracteristic curves and determination of stopping potential7& Jiffraction grating I *easurement of wavelengths8& ,orsional pendulum- Jetermination of rigidit! modulus of the wire material&

9& +are!- Bosters bridge Jetermination of specific resistance',emperature

coefficient of resistance&

10& :hoto voltaic cell - Jetermination of fill-factor

11& Eariation of magnetic field along the a3is of a current carr!ing circular coil&

12& .eries l 4+ resonance circuit - Jetermination of ZFZ factor&1& ,homsons method - determination of e'm of an electron&

1& Jetermination of a&c& Bre#uenc! I .onometer&

15& :rism'<rating - Jetermination of dispersive power&16& ,o determine the wavelength of 4aser source&

17& =all ffect I Jetermination of =all coefficient&

18& Jetermination of energ! band gap&

$>* Jetermination of /umerical Aperture of an optical fiber&

"#* Jetermination of Amplitude and Bre#uenc! of an A+ signal using a +>&

CE2ECHE $7" #'#'/

ENG=ISH C22UNICATIN =A)

2odule'l Counication S3ill!

a) ,!pes of +ommunication

b) arriers to +ommunication

c) .trategies for ffective +ommunicationd) Eerbal +ommunication .ills

e) /on- verbal +ommunication .ills

2odule'": Ad@anced Voca,ulary

a) Rord 4ist (< ,>B4 related)

b) +atchphrases

c) @dioms

2odule'/: EBloya,ility S3ill!

a) @nterview .ills

b) <roup Jiscussionc) Jebate

d) esume Rriting

2odule'0: TeleB+onic S3ill!

:age ; 9



a) Bormal @nformal interaction

b) eceiving *essages +omplaints

c) ,one modulation

2odule'%: .e!criBti@e S3ill!

a) :rocess Jescription

b) :icture Jescriptionc) /arration

d) mail ti#uette

2odule'7: )e+a@ioural S3ill!

a) Jress code +onduct

b) :ersonalit! Jevelopment

c) ,eam Ror d) *otivation

e) >rgani$ation .ills

Sugge!ted Soft-are:

1& <loberena .oftware

2& U-Ean .olutions .oftware& +entroni3 .oftware

0* +larit! nglish .oftware

%* ,rain 2 .uccess- +J .eries (Senith <lobal +onsultanc!)

Sugge!ted =i!t of Ta!3!:

2odule $1& ,ips for effective communication

2& Eideos can be shown to mae the students learn the

importance of non-verbal communication

2odule " & /umber of Rorsheets will be given on Eocabular!

enhancement

& ! conducting Fui$

2odule /5& *oc @nterviews can be conducted

6& :eer Jiscussions can be conducted

2odule 07& 4istening to *oc-,elephoning .ills

8& ole :la!s can be conducted on telephonic conversations

2odule %9& :ictorial descriptions

10& /arrating situations'stories

11& ,ips to improve personalit! development

:age ; 0



2odule 712& +ase studies on team wor and organi$ational sills

NTE: 10 4ab Activities are minimum in ecord&

Reference )oo3!: oos .uggested for nglish 4anguage 4ab 4ibrar! (to be located

within the lab in addition to the +Js of the te3t boo which are loaded on the s!stems)

1' Communicate to Conquer: A 2andboo+ of !roup 3iscussions and 4ob

5nterviews with C36 "25 "ublications'

' ,he AC* of Soft S+ills: Attitude6 communication and *tiquette for Success6 by "earson "ublications'

0' #eenaSen6 Communication S+illsnd *dition6 "256 778'

9' Stephen "' obbins and ,imothy A' 4udge6 ;rgani<ational Behavior10th *dition6

"256 77&')' =eena+shi aman and "ra+ash Singh6 Business Communication6 ;>ford

?niversity "ress6 77@'

@' Sanjay umar and "ushp#ata6 Communication S+ills6 ;>ford ?niversity "ress6711'

8' 3r' Shalini.erma6 /ord "ower =ade 2andy6 S'Chand Co #td'6 77&'

2E "$$ ENGINEERING 2ATHE2ATICS ?III

(CE/CHE/CS/EC/EEE/EI/IT/ME …211)

II Year B.Tech. (Mech) First Semester

Lectures : 4+1 Periods / week Sessional Marks : 40 University Exam : ! "rs University Exam Marks : #0

UNIT-I

Partial Differential Equations :Introduction Formation o! "artia# $i!!erentia# E%uations So#utions o! a "artia# $i!!erentia#E%uation E%uations so#&a'#e ' direct Interation *inear E%uations o! the !irst +rder ,on-

*inear E%uations o! the !irst +rder Charits Method Homoeneous *inear E%uations 0ith

Constant Coe!!icients u#es !or !indin the Com#ementar Function u#es !or !indin the"articu#ar Intera# ,on-Homoeneous *inear E%uations. (1)

UNIT-II

Integral Transforms:Introduction $e!inition Fourier Intera#s-Fourier sine and cosine intera#s Com#e3 !orm o!

the Fourier Intera# Fourier Trans!orms "roerties o! Fourier Trans!orms Finite Fourier

sine and cosine trans!orms Con&o#ution theorem( 0ithout roo!) "arse&a#s Identit !or

Fourier Trans!orms(0ithout roo!) Fourier Trans!orms o! the deri&ati&es o! a !unction. (1)

UNIT-III

Solution of Algebraic and Transcendental Equations:Introduction ,e0ton- ahson Method So#utions o! Simu#taneous *inear E%uations4 $irect

Methods o! So#ution- Croutstrianu#arisation method (*5 6 decomosition method)

Iterati&e Methods o! So#ution - 7auss-Seide# Iteration Method. (8)

Finite Differences and Difference Equations:Introduction Finite $i!!erence oerators Sm'o#ic re#ations $i!!erences o! a o#nomia#

,e0tons !or0ard and 'ac90ard di!!erence intero#ation Formu#ae Centra# $i!!erence

:age ; 1



Intero#ation Formu#ae-7ausss For0ard and Stir#ins !ormu#ae Intero#ation 0ith

5ne%ua#- Inter&a#s-*aranes Intero#ation in&erse intero#ation. $i!!erence E%uations4

Introduction Formation *inear di!!erence e%uations - u#es !or Findin the Com#ementar

Function u#es !or Findin the "articu#ar Intera#. (:)

UNIT-IV

Numerical Differentiation:Findin First and Second order $i!!erentia#s usin ,e0tons !ormu#ae ,umerica#

Interation 4 Trae;oida# ru#e Simsons one-third ru#e ,umerica# So#ution o! +rdinar and"artia# $i!!erentia# E%uations - Eu#ers Method "icards Method une- <utta Method o!

!ourth order (!or !irst order e%uations Simu#taneous e%uations) C#assi!ication o! "artia#

$i!!erentia# E%uation o! second order So#utions o! *a#aces and "oissons E%uations 'iteration methods. (1)

Tet !oo"4 Hiher Enineerin Mathematics ' B.S.7re0a# <hanna u'#ishers=:th edition.

#eference !oo"s:

> te3t'oo9 o! Enineerin Mathematics ' ,.". Ba#i

>d&anced Enineerin Mathematics ' Er0in <res;i ?ohn @i## and sons

:age ; 2



2E "$" INE2ATICS F 2ACHINES

$$ %ear &'ec" (Mec") *irst Semester

Lectures / 'utorials : 4+1 Periods / week Sessional Marks : 40

University Exam : ! "rs University Exam Marks : #0

UNIT I

Introduction: Mechanisms and machines iid and resistant 'odies *in9 <inematicair$erees o! Freedom C#assi!ications o! <inematic airs 9inematic-chain *in9ae

Mechanism and structure C#assi!ication o! mechanisms E%ui&a#ent Mechanisms Four -

*in9 ('ar) Mechanism In&ersions o! S#ider - Cran9 Chain $ou'#e 6 S#ider Chain. (A)

Velocit$ Anal$sis: Introduction >'so#ute and e#ati&e Motion ectors >dditionandsu'traction o! ectors Motion o! a *in9 Four *in9 Mechanism >nu#ar e#ocit o!*in9s e#ocit o! u''in S#ider - Cran9 Mechanism Cran9 and S#otted *e&erMechanism.

()UNIT IIInstantaneous centre4 ,otation ,um'er o! I - Centres <ennedDs theorem *ocatin

I - Centres >nu#ar &e#ocit ' I - Centre Method. ()Acceleration Anal$sis: >cce#eration Four-*in9 Mechanism >nu#ar acce#eration o!*in9s>cce#eration o! Intermediate and o!!set oints s#ider-Cran9 Mechanism Corio#isacce#eration comonent Cran9 and s#otted #e&er Mechanism. (1)

UNIT Ill%inematic S$nt&esis: Staes o! snthesis-Concets o! te ,um'er and

dimensiona#snthesis - Tas9s o! dimensiona# snthesis Concets o! !unction eneration

iid 'od uidance and ath eneration Freudenstein e%uation !or !unction eneration

usin three recision oints. (A)

'ams :Introduction Tes o! cams Tes o! Fo##o0ers $e!initions 7rahica# snthesis o!

cam ro!i#e.(<ni!e Ede o##er and F#at !aced Fo##o0ers). ()

UNIT IV (ears: Introduction C#assi!ication ear termino#o *a0 o! 7earin e#ocit o!

S#idinForms o! Teeth Cc#oida# "ro!i#e Teeth In&o#ute "ro!i#e Teeth "ath o! contact >rc

o! contact ,um'er o! airs o! Teeth in contact Inter!erence in In&o#ute 7ears Minimum

num'er o! Teeth Inter!erence 'et0een ac9 and "inion 5ndercuttin Comarison o!

Cc#oida# and In&o#ute tooth !orms. ()

(ear Trains: Introduction sim#e 7ear Train Comound 7ear Train e&erted 7ear

train"#anetar or Eicc#ic 7ear Train >na#sis o! Eicc#ic 7ear Train Tor%ues in

Eicc#ic Trains. Ta'u#ar and >#e'raic Methods. (A)

TE)T !**%S:

1. Theor o! Machines o! ' S.S.attan. TMH.2. Theor o! Mechanisms and Machines ' C.S.Sharma <am#esh"urohit "HI

#EFE#EN'E !**%:

1. Theor o! Mechanisms and Machines ' 7hosh and Ma##i92. Mechanism and Machine Theor ' ?.E. Shi#e M7H

:age ;



2E "$/ 2ECHANICS F 2ATERIA=S' I


Lectures : 4 +1 Periods / week Sessional Marks : 40


UNIT I

Tension+ 'om,ression and S&ear 4 Introduction ,orma# Stress and Strain Stress-Strain$iarams E#asticit and "#asticit *inear E#asticit and Hoo9es *a0 Shear Stress

and Strain >##o0a'#e Stresses and *oads. ()

Aiall$ oaded .embers4 Introduction $e!#ections o! >3ia## #oaded Mem'ers

$is#acement diarams. (A)

UNIT II

Staticall$ Indeterminate Aiall$ oaded .embers: Statica## indeterminate structures

(F#e3i'i#it method and Sti!!ness method). (A)

Temerature and "re-strain e!!ects Strain ener o! a3ia## #oaded mem'ers su'ected to

static #oad $namic #oadin ()

UNIT III

Torsion 4 Introduction Torsion o! Circu#ar Bars "ure Shear e#ationshi 'et0een Modu#io!

E#asticit E and 7 Transmission o! o0er ' circu#ar sha!ts Strain Ener in ure Shear

and uni!orm Torsion !or Statica## determinate Mem'ers. (A)

S&ear Force and !ending .oment 4 Tes o! Beams Shear Force and Bendin

Momente#ationshis 'et0een *oad Shear Force and Bendin Moment Shear Force and

Bendin Moment $iarams. ()

UNIT IV

Stresses in !eams: Introduction ,orma# Strains in Beams ,orma# Stresses in BeamsStrain Ener Shear Stresses in ectanu#ar Beams Shear Stresses in @e's o! Beams0ith !#anes. ()

Anal$sis of Stress and Strain4 "#ane Stress "rincia# Stresses and Ma3imum ShearStress Mohrs Circ#e !or "#ane Stress Hoo9es *a0 !or "#ane Stress 5nit o#ume chaneStrain Ener $ensit. "#ane Strain Mohrs Circ#e !or "#ane Strain. (A)

TE)T !**%S:1. Mechanics o! Materia#s ' 7ere and Timoshen9o C B S "u'#ishers

2. Mechanics o! So#ids ' Sinh "earson Education.

#EFE#EN'E:1. Strenth o! materia#s ' Sadhu Sinh <hanna "u'#ishers.

2E"$0 2ATERIA= SCIENCE 4 2ETA==URGYII Year B.Tech. ( Mech) First Semester

:age ;



Lectures : 4 Periods / week Sessional Marks : 40 University Exam : ! "rs University Exam Marks : #0

UNIT I

'r$stallogra,&$: C#assi!ication o! crsta#s 6 Bra&is #attices 6 Mi##er Indices 6 "ac9in!actor in cu'ic sstems 6 coordination num'er 6 crsta# imer!ections 6 crsta# de!ormation

6 S#i and T0innin. ()P&ase Diagrams: Binar hase diarams 6 "hase ru#e 6 one comonent sstem t0o

comonent sstem isomorhous eutectic eutectoid eritectic and eritectoid sstems. ()

UNIT II

/eat Treatment of Steels: Iron6Iron car'ide e%ui#i'rium diaram TTT diarams !or

eutectoid ho and her eutectoid stee#s martensite and 'ainitic trans!ormation. ()

/eat Treatment: >nnea#in norma#i;in hardenin temerin sur!ace hardenin ae

hardenin austemerin martemerin and hardena'i#it concet and e3erimenta#

determination. ()

UNIT III

Strengt&ening .ec&anisms: Strain hardenin so#id so#ution strenthenin rainre!inement disersion strenthenin. (8)

'om,osite .aterials: "roerties and a#ications o! "articu#ate-rein!orced comosites!i'rerein!orced comosites *aminar comosites and meta# matri3 comosites. ()

Nano materials 6 Introduction and >#ications (2)

UNIT IVPo0der .etallurg$: "o0der meta##ur rocess rearation o! o0ders characteristics o!

meta# o0ders mi3in comactin sinterin >#ications o! "o0der Meta##ur. Formin

and shain o! #astics 6 E3trusion and Inection mou#din. ()

Ferrous And Non Ferrous .aterials: Comosition roerties and a#ication o! !errous

and non !errous meta#s and their a##os. Brie! stud o! cast iron stee#s coer and

a#uminium (A)

TE)T !**%S:

1. Introduction to "hsica# Meta##ur - >&ner Mc7ra0Hi##2. Materia# Science and Meta##ur - . aha&an "earson Education / "HI.=. Materia# Science and Meta##ur - .B.Choudar - <hanna "u'.

#EFE#EN'E !**%:

1. Materia# Science and Meta##ur - $r..$.<odire E&erest "u'#ishers

"* ,ano materia#s 6 ?.$uttaGH.Ho!man

/* Manu!acturin Enineerin G Techno#o 6 <a#a9 ?ain GSchmid "earson / "HI.

2E "$% )ASIC THER2.YNA2ICS

II Year B.Tech. (Mech) ---First Semester

:age ; 5





UNIT I

Fundamental 'once,ts and Definitions: Introduction Macroscoic and microscoic

oints o! &ie0 Thermodnamic sstem and contro# &o#ume "er!ect ases roerties and

state o! a su'stance Thermodnamic e%ui#i'rium and uasi-static "rocess

thermodnamic ath re&ersi'#e and irre&ersi'#e rocesses !actors that render a rocess

irre&ersi'#e cc#e eroth #a0 o! thermodnamics concet o! temerature. ()

1or" and /eat: $e!initions and units @or9 done at the mo&in 'oundar o! a sstem

0or9 done in &arious non-!#o0 rocesses comarison o! heat and 0or9. (A)

UNIT II

First a0 of T&ermod$namics for Non-Flo0 S$stems: First #a0 !or a sstem underoin

acc#e and !or a chane in state o! sstem interna# ener and entha# constant &o#ume

and constant ressure seci!ic heats and their re#ation to interna# ener and entha# o!

idea#

ases. (A)First a0 of T&ermod$namics for Flo0 S$stems:Contro# mass and contro# &o#ume!irst#a0 o! thermodnamics !or a contro# &o#ume Stead !#o0 ener e%uation and its

a#ication to enineerin e%uiment. ()

UNIT III

Second a0 of T&ermod$namics: *imitations o! !irst #a0 "MM o! !irst 9ind+ Heat

eninesand e!rierators Statements o! Second #a0 "MM o! second 9ind Carnot cc#e

and Carnot

theorems Thermodnamic temerature sca#e. (8)Entro,$: Ine%ua#it o! C#assius Entro chane in re&ersi'#e rocess T-ds re#ations

Entro chane o! a sstem durin an irre&ersi'#e rocess "rinci#e o! increase o! entro

>#ications Entro chane o! an idea# as >&ai#a'i#it Ma3imum 0or9. (:)UNIT IV(as Po0er '$cles: >ir standard Carnot cc#e +tto cc#e $iese# cc#e $ua# Com'ustion

cc#e and Braton cc#e >ir standard e!!icienc and ME". (A)Pure Substance: $e!inition+ rocess o! steam eneration "-& T-s and h-s diarams

roerties o! saturated and suerheated steam 5se o! Steam Ta'#es Mo##ier chart. ()TE)T !**%S:

1. Enineerin Thermodnamics- ".<.,a TMH ,e0 $e#hi.2. Therma# Science and Enineerin- $.S.9umar S.<.<atariau'# ,e0 $e#hi.

=. ThermodnamicsJaut *a3mi"u'# ,e0 $e#hi.#EFE#EN'E !**%S:

1. Fundamenta#s o! Enineerin Thermodnamics-atha9rishnan-"HI ,e0 $e#hi.2. Thermodnamics -- ?.".Ho#man M7H ,e0 Yor9.=. Enineerin ThermodnamicsJCene#G Bo#es TMH

Note: Use of Steam Tables is ,ermitted in Uni2ersit$ Eaminations3

2E "$7 E=ECTRICA= TECHN=GY$$ %ear &'ec" (Mec") *irst Semester

Lectures : 4 Periods / week Sessional Marks : 40

:age ; 6




UNIT I

D' and A' circuits: <ircho!!s #a0s sim#e circuits ->#ternatin current - 0a&e!orms -MS

- >&erae &a#ues-sim#e -*-C- circuits. "o0er !actor =-hase Ba#anced circuits. (A)

D3'3 .ac&ines - Constructiona# !eatures - Methods o! e3citation-*oad characteristics o!

shunt series comound enerators-Tor%ue de&e#oment in motor-Tor%ue e%uation. ()

UNIT II

*oad and seed contro# Characteristics o! shunt Series and comound motors-#osses and

e!!icienc o! motors and enerators-rinci#e o! starters-= oint starter on#. ()

Transformers :E.M.F. e%uation-e%ui&a#ent circuit - reu#ation - #osses and e!!icienc - oen

circuit and short-circuit tests. ()

UNIT Ill

Induction mac&ines :Constructiona# !eatures-"rinci#e o! oeration- concet o! rotatinmanetic !ie#d tor%ue-s#i characteristics - "rinci#e o! starters Fundamenta#s o!

sin#e- hase induction motors and their startin. ()

S$nc&ronous mac&ines :"rinci#e - constructiona# !eatures E.M.F. e%uation-a#icationso! snchronous motors. (A)

UNIT IV.easuring Instruments :"rinci#es and oeration o! mo&in - coi# and mo&in-iron

instruments-$namometer-te 0attmeter. ()

Utili4ation: "rinci#es o! resistance and induction heatin - rinci#es o! e#ectrica# traction-

seed time characteristics. (A)

TE)T !**%S :1. E#ectrica# Techno#o ' B.*. Theraa (S. Chand G Co.)

2. > course in E#ectrica# "o0er ' Soni 7uta Bhatnaar.

#EFE#EN'E !**%S :

1. E#ectrica# Techno#o ' H. Cotton (Sir Issac "ittman G Sons *td. *ondon).

2. 5ti#i;ation o! E#ectrica# Ener ' +ensha0G Ta#or=. E#ectrica# Machiner ' ".S. Bim'raK. E#ectrica# Techno#o ' B. Huhes (E*BS)

2E "%$ A.VANCE. C22UNICATIN SI==S =A)&AU.IT(II Year B.Tech. (Mech) First Semester


S$llabus:

.odule-5: 'ommunication S"ills :"honetics

:age ; 7



a) Introduction to &o0e#s and consonants') Introduction to >ccent Intonation and hthm

.odule-6: Inter&ie0in S9i##s

a) Tes o! Inter&ie0s') ?o' Inter&ie0s

c) Te#ehonic Inter&ie0s

.odule-7: "resentation S9i##s

a) $e'ate') "aer "resentation4

i) Identi!ication o! source materia#ii) >rranement o! Co##ected $ata

c) E3temore

.odule-8: C#assi!ication o! So!t S9i##s

a) Time Manaement

') Se#! Con!idence and Couraec) *eadershi

.odule-9: Beha&ior S9i##s

a) >ttitudes') >ressionc) Con!#ict Manaement

N*TE: 12 *a' >cti&ities are minimum in ecord (12 aes sin#e side 'oo9) 0ithcontents4 ,ame o! the >cti&it Source S9i## Imro&ed.

.inimum #equirements:

The Communication S9i##s *a' sha## need t0o #a's. +ne is Communication S9i##s *a' 0ith*>, !aci#itated 8 mu#timedia sstems and En#ish #anuae so!t0are suested ' theconcern !acu#t. The other Con&ersationa# S9i##s *a' 0ith 8 to 1 round ta'#es 8 mo&a'#echairs and audio-&isua# $e&ices 0ith *C$ "roector.

Suggested Soft0are:

• Cam'ride >d&anced *earners En#ish $ictionar 0ith C$.

• C#arit "ronunciation "o0er.

• The osetta Stone En#ish *i'rar.

• $or#in <inders#e series o! 7rammar "unctuation Comosition etc.

• En#ish in Mind Series4 Starter and 1 to 0or9 'oo9s Her'ert "uchta and ?e!!

• Stran9s 0ith Meredith *e& Cam'ride.

• *anuae in 5se Foundation Boo9s "&t. *td 0ith C$.

• Masterin En#ish in oca'u#ar 7rammar Se##ins Comosition.

• Te#ehonin in En#ish.

• +3!ord >d&anced *earners Comass Ath Edition.

• Communicate to Con%uer4 > Hand'oo9 o! 7rou $iscussions and ?o' Inter&ie0s.

:age ; 8



#eference !oo"s:

Boo9s Suested !or En#ish *anuae *a' *i'rar (to 'e #ocated 0ithin the #a' in additionto the C$s o! the te3t 'oo9 0hich are #oaded on the sstems) 4

1. So9en En#ish (CIEF*) in = &o#umes 0ith 8 cassettes +5".2. En#ish "ronouncin $ictionar $anie# ?ones Current Edition 0ith C$.=. So9en En#ish- . <. Bansa# and ?. B. Harrison +rient *onman 28 Edn.

K. Sea9in En#ish E!!ecti&e# ' <rishna Mohan G ," Sinh (Macmi##an). > "ractica# Course in En#ish "ronunciation (0ith t0o >udio cassettes) ' ?. Sethi

<am#eshSadanandG $.. ?inda# "rentice-Ha## o! India "&t. *td. ,e0 $e#hi.3 > Te3t 'oo9 o! En#ish "honetics !or Indian Students ' T. Ba#asu'ramanian

(Macmi##an);3 En#ish S9i##s !or Technica# Students @BSCTE 0ith British Counci# +*.

2E "%" 2ACHINE .RA1ING 4 C2UTER AI.E. .RAFTING

=A)RATRY


Practicals : 4 Periods / week Sessional Marks : 40


.A'/INE D#A1IN(:

1. Sectional 2ie0s : Introduction !u## G ha#! section

2. Scre0ed fasteners: Scre0 thread nomenc#ature 6 tes G c#assi!ication o!

scre0threads S%uare G He3aona# headed 'o#ted oints.

=. %e$s+ 'otters and Pin <oints 4 Sadd#e G Sun9 <es Cotter ?oint 0ith s#ee&e

<nuc9#e ?oint

K. Assembl$ Dra0ings 4 Stu!!in Bo3 Scre0 ?ac9 Eccentric "ie - ice

'*.PUTE# AIDED D#AFTIN( ='AD> :

1. Introduction4

Basic $ra0in Modi! editin G dimensionin commands #aers >utoC>$

-Screen Menus

63 Sectional 2ie0s of castings

=. Assembl$ Dra0ings :

a. "ie &ice '. *athe Tai# Stoc9 L c. S0i&e# Bearin L d. Scre0 ?ac9 (Any Two)

K. Part Dra0ings 4 a. Sin#e too# ost L '. "etro# Enine Connectin od L c. >nu#ar 6#um'er '#oc9 (Any Two)

Tet !oo":

1. Machine $ra0in ' <.*.,araana ".<annaiahG<.en9ata edd

2. >utoC>$-1K !or Enineerin $ra0in Made Eas ' ".,aes0ara ao TMH.

:age ; 9



#eference !oo"s:

1. Machine $ra0in ' <..7oa#a <rishnan2. >n Introduction to >utoC>$ 2 ' >.Yar0ood *onman "u'#ishers.

2E"%/ 2ATERIA=S TESTING =A)RATRY

II/I B.Tech (Mech.) First Semester

Practicals : ! Periods / week Sessional Marks : 40 University Exam : ! "rs University Exam Marks : #0

,ote 4 > minimum o! 1 e3eriments sha## 'e conducted done and record.

1. To stud the stress 6 strain characteristics o! mi#d stee# 'ars ' 5TM.2. To !ind ouns modu#us o! the i&en materia# (stee# or 0ood) ' conductin

'endin test on sim# suorted 'eam.=. To !ind modu#us o! riidit ' conductin torsion test on so#id circu#ar sha!t.K. To !ind the hardness o! the i&en materia# ' Brinne#s Hardness Tester.. To determine the hardness o! the i&en materia# ' ic9ers / oc90e## hardness

tester.8. To !ind imact resistance o! the i&en materia# ' conductin Char / I;od test on

imact testin machine.A. To determine the u#timate shear strenth o! stee# rod in sin#e and dou'#e shear.. To determine the modu#us o! riidit o! the srin.:. Comression test on 0ood.1. To determine !atiue strenth o! Mi#d stee#.553 To determine stress concentration !actor.563 Comression test on concrete Cu'es.

2E""$ ENGINEERING 2ATHE2ATICS ? IVII Year B.Tech. (Mech) Second Semester

Lectures / 'utorials : 4 + 1 Periods / week Sessional Marks : 40


UNIT-I

*ne Dimensional 1a2e Equation and /eat Equation: $eri&ation o! one dimensiona#

0a&e e%uation-Trans&erse i'ration o! !inite e#astic strin 0ith !i3ed ends-Boundar &a#ue

and initia# &a#ue ro'#ems- Fourier series So#ution. $eri&ation o! one dimensiona# heat

e%uation-Stead and unstead states-Boundar &a#ue and initia# &a#ue ro'#ems- Fourier

series so#ution. (1)

T0o Dimensional /eat Equation 4 T0o dimensiona# heat e%uation- Stead state heat

!#o0in t0o dimensions- *a#ace e%uation in Cartesian and o#ar coordinates (inc#udin

annu#us). Fourier series so#ution. ()

UNIT-II

:age ; 50



'alculus of 'om,le Functions : Introduction - continuit Cauch-iemann e%uations

>na#tic Functions Harmonic Functions orthoona# sstem *ine intera#s in com#e3

#ane Cauch intera# theorem E3istence o! inde!inite intera# Cauchs intera# !ormu#a.

(1)

UNIT-III

$eri&ati&es o! >na#tic !unction *aurent series Sinu#arities and ;eroes esidue theoremE&a#uation o! ea# intera#s Further tes o! rea# intera#s. (1)

UNIT-IV

'onformal .a,,ing :Con!orma# Main *inear !ractiona# trans!ormations secia#

#inear!ractiona# trans!ormations Main ' other !unctions E#ectrostatic !ie#ds use o!

con!orma# main Heat ro'#ems !#uid !#o0 "oissons intera# !ormu#a. (1)

TE)T !**%S:

1. Hiher Enineerin Mathematics ' B.S. 7re0a# <hanna u'#ishers =:th edition.

2. >d&anced Enineerin Mathematics ' Er0in <res;i th edition ?ohn 0i## 2.

#EFE#EN'E !**%S:

53 Enineerin Mathematics ' M.<. en9ataraman63 Enineerin Mathematics ' ". <andas0am eta#.

2E""" CASTINGD 1E=.ING 2ETA= 1RING RCESSES

II Year B.Tech. (Mech) Second Semester



UNIT I

.etal 'asting: Introduction ad&antaes o! Castin method attern4tes materia#s

anda##o0ances. Sand mou#din rocedure Mou#din materia#s and e%uiment.

"rearation contro# and testin o! mou#dinsands.Cores Cuo#a4 $escrition oeration

and ;ones. (1)

UNIT- II

(ating Design4 $esin Considerations

S,ecial 'asting .et&ods4 "ermanent Mou#d Castin $ie Castin Centri!ua#

castinIn&estment castin she## mou#din C+2 rocess and continuous castin. Fett#in o!

castins castin de!ects 4 causes remedies and testin. (1)

UNIT- III

1EDIN(: 7as and arc 0e#din - "rinci#es o! o3-acet#ene 0e#din o3acet#ene

!#amecuttin MM>@(Manua# meta# arc 0e#din) TI7 MI7 su'mered arc 0e#din.

:age ; 51



esistance 0e#din rinci#es - Butt 0e#din Sot 0e#din Seam 0e#din.Thermit @e#din

E#ectros#a0e#din.*aser 'eam 0e#din. Bra;in G So#derin 0e#din de!ects - causes

andremedies. (1)

UNIT- IV.etal 1or"ing Processes: Introduction Hot and Co#d 0or9in o! meta#s.#olling :Tes o! ro##in mi##s ro## asses

Forging :Tes descrition and tes o! !orin de!ects in !ored arts.Etrusion :C#assi!ication descrition and a#ication o! e3trusion rocessTu'e ma9in S0ainSinnin Coinin Em'ossin and @ire dra0inE3#osi&e !ormin and e#ectro hdrau#ic !ormin. (1)

Tet !oo"s:

1. Manu!acturin Techno#o-o#- I ' ", aoTMH2. @or9sho Techno#o o#.1 ' S.<.Ha;raCho0dar. <hanna "u'#ishers=. > course in @or9 sho techno#o o#-I ' B.S.ahu&anshi $hanatraiG Sons.

#eference !oo"s:1. @e#din Techno#o ' *itt#e TMH

2. "rinci#es o! Meta# Castin ' Heine *oer osentha# TMH.=. Manu!acturin Enineerin G Techno#o <a#a9ain "earson Education / "HI

2E ""/ 2ECHANICS F 2ATERIA=S' II


Lectures : 4 +1 Periods / week Sessional Marks : 40


UNIT IDeflections of !eams 4 Introduction $i!!erentia# E%uations o! the $e!#ection

Cur&e$e!#ections ' Interation o! the Bendin Moment E%uation $e!#ections '

interation o! the Shear Force and *oad e%uations. Introduction to Moment >rea MethodMacau#as Method (:)

'olumns :Buc9#in and Sta'i#it Co#umns 0ith "inned ends Co#umns 0ith other

suortconditions *imitations o! Eu#ers Formu#a an9ines Formu#a Co#umns 0ith

eccentric >3ia# *oads Secant !ormu#a. (8)

UNIT IIStaticall$ Indeterminate !eams :Statica## indeterminate Beams >na#sis ' the

di!!erentia# e%uations o! the $e!#ection cur&e Moment >rea Method. ()'ontinuous !eams :C#aerons theorem o! three moments Beams 0ith constant and

&arin moments o! inertia. (A)

UNIT III

Pressure Vessels: Thin Sherica# and C#indrica# "ressure esse#s Bia3ia# StressesNThic9

C#inders4 *ames theor adia# $e!#ection Comound C#inders. (A)'ur2ed !eams :Stresses in Beams o! sma## and #are initia# cur&ature The @in9#er-

Bachtheor Stresses in Crane Hoo9 and C-C#am 0ith ectanu#ar Circu#ar and

Trae;oida#

:age ; 52



cross-sections. ()

UNIT IVS&ear 'entre :Bendin >3is and Shear Centre "osition o! Shear Centre Shear !#o0

Shear Centre o! Channe# section >n#e section T- section and I- section. (8)'entrifugal Stresses :Introduction otatin in otatin $isc otatin $isc o! uni!orm

strenth. (:)

TE)T !**% :

1. Mechanics o! Materia#s ' 7ere and Timoshen9oCBS"u'#ishersG $istri'utors.

2. Mechanics o! So#ids ' Sinh "earson Education.

#EFE#EN'E:

1. Strenth o! materia#s ' Sadhu Sinh <hanna "u'#ishers

2. >d&anced So#id Mechanics ' *.S. Srinath

2E ""0 F=UI. 2ECHANICS 4 HY.RUA=IC 2ACHINESII Year B.Tech. (Mech) Second Semester



UNIT IIntroduction: $e!inition o! !#uid "roerties o! a !#uid 6 densit seci!ic 0eiht seci!ic

ra&it &iscosit comressi'i#it sur!ace tension cai##arit &aor ressure C#assi!ication

o! !#uids. (8)Fluid Statics: "ressure &ariation o! ressure in !#uid measurement o! ressure 6 sim#e

and di!!erentia# manometers ressure head "asca#s #a0 Tota# ressure and center o!

ressure on su'mered #ates Buoanc and Metacentric heiht. (:)

UNIT IIFluid %inematics: Te o! !#uid !#o0 !#o0 atterns otation and irrotationa# !#o0 &e#ocitotentia# stream !unction !#o0 net continuit e%uation G Bernou##is e%uation ()Im,ulse .omentum Equation: Imu#se momentum "rinci#e E%uation and >#ication

Force on ie 'end. (=)Flo0 T&roug& Pi,es: *a0s o! !#uid !riction minor #osses hdrau#ic radient #ine tota#

ener #ine ies in series and ara##e# 0ater hammer (A)

UNIT Ill

Im,act *f ?ets: Introduction Force e3erted ' a !#uid et on stationar and mo&in !#at

#ate

and cur&ed &anes !#o0 o&er radia# cur&ed &anes.()

/$draulic Turbines: E#ements o! hdro-e#ectric o0er #ants4 Heads and E!!iciencies o!

"e#ton 0hee# Francis tur'ine and <a#an tur'ine. (8)

Performance *f Turbines: "er!ormance under unit %uantities "er!ormance under seci!ic

conditions - Seci!ic seed "er!ormance characteristic cur&es.(K)

UNIT IV

Pum,s4 @or9in rinci#es o! Centri!ua# and ecirocatin "ums. (2)

:age ; 5



Dimensional Anal$sis @ .odel Similitude4 Introduction Buc9inhams "i theorem Tes

o! simi#arities Force ratios $imension#ess num'ers Mode# *a0s-eno#ds and Froude

#a0 Tes o! mode#s Sca#e e!!ect.(ua#itati&e treatment on#) (A)

!oundar$ a$er 'once,ts: Introduction 'oundar #aer thic9ness dis#acement

thic9ness momentum thic9ness ener thic9ness 'oundar #aer ro0th on a !#at #ate

searation o! 'oundar #aer. (8)

TE)T !**%:

1. Hdrau#ics and F#uid Mechanics --".,.ModiG S.M. Seth2. F#uid Mechanics G F#uid "o0er Enineerin - $.S.<umar S< <atariaGsons ,e0 $e#hi.=. F#uid Mechanics and F#uid machines 6 >ar0a# TMH.#EFE#EN'E !**%S:

1. F#uid Mechanics G Hdrau#ic Machines - .<.Bansa#2. F#uid mechanics inc#udin Hdrau#ic machines - >.<.?ain.=. F#uid Mechanics-<.*.<umar

2E ""% A=IE. THER2.YNA2ICSII Year B.Tech. (Mech) Second Semester

Lectures : 4+1 Periods / week Sessional Marks : 40


UNIT I

Va,or Po0er '$cles: an9ine cc#e E!!ect o! ressure and temerature on the an9ine

cc#e reheat cc#e reenerati&e cc#e. (:)

Steam !oilers: Function c#assi!ication 0or9in o! Ba'coc9 and @i#co3 'oi#er Mountins

G >ccessories. (8)

UNIT II

Steam No44les: Tes o! no;;#es isentroic !#o0 throuh no;;#es E!!ect o! !riction

,o;;#ee!!icienc Critica# ressure ratio and ma3imum dischare ca#cu#ation o!

throat and e3it areas usin Mo##ier diaram. ()

Steam 'ondensers: ?et and Sur!ace condensers condenser &acuum and &acuum

e!!iciencCondenser e!!icienc Thermodnamic ana#sis >ir ums Caacit o! air

e3traction um. (A)

UNIT III

Steam Turbines: Tes o! steam tur'ines Imu#se tur'ines ressure and&e#ocitcomoundin &e#ocit diarams 0or9 outut o0er '#ade e!!icienc andstae e!!icienc eaction tur'ines &e#ocit diarams deree o! reaction 0or9outut o0er '#ade e!!icienc and stae e!!icienc 7o&ernin o! tur'ines +&era##e!!icienc and reheat !actor.(1)

UNIT IV

#efrigeration: ,eed !or e!rieration $e!initions Methods o! re!rieration @or9in

o!e!rieratorG Heat um Be## - Co#eman cc#e e!rieratin e!!ect C+" &aor

comression re!rieration sstem in!#uence o! &arious arameters on cc#e

er!ormance aor a'sortion re!rieration cc#e. ()

Ps$c&rometr$ and Air 'onditioning: -Introduction "schrometric roerties

"schrometric chart "schrometric rocesses Tes o! >ir conditionin sstems. (A)TE)T!**%S:

:age ; 5



1. Treatise on Heat Enineerin-.".asandani and $.S.<umar Metroo#itan

Boo9 co ,e0 $e#hi.

2. Therma# Enineerin ---aut *a3mi"u'# ,e0 $e#hi.=. Therma# Science and Enineerin- $.S.9umar S.<.9ataria"u'# ,e0 $e#hi.#EFE#EN'E !**%S:

1. Enineerin Thermodnamics----Cene# and Bo#es TMH.

2. e!rieration and >ir Conditionin -- C.". >rora TMH.=. Enineerin ThermodnamicsJ>chuthan "HI ,e0 $e#hi.

Note: Use of Steam Tables and #efrigeration and Air-'onditioning Tables is,ermitted in Uni2ersit$ Eaminations3

2E ""7 HU2AN VA=UES AN. RFESSINA= ETHICS =IFE SI==S

&AU.IT(

II Year B.Tech. (Mech) 44 Second Semester

Lectures : , Periods / week Sessional Marks : 40


UNIT I

/uman Values : Mora#s a#ues >nd Ethics 6 Interit 6 @or9 Ethics 6 Ser&ice *earnin 6

Ci&ic irtue- esect For +thers 6 *i&in "eace!u## 6 Carin 6 Sharin 6 Honest 6

Courae 6 a#uin Time 6 Co-+eration 6 Commitment 6 Emath 6 Se#!-Con!idence 6

Character - Siritua#it. (1)

UNIT II

Engineering Et&ics :Senses +! Enineerin Ethics 6 ariet +! Mora# Issued 6 Tes

+!In%uir 6 Mora# $i#emmas 6 Mora# >utonom 6 <oh#'ers Theor 6 7i##ians Theor 6

Consensus >nd Contro&ers 6 "ro!essions >nd "ro!essiona#ism- "ro!essiona# Idea#s >nd

irtues - Theories >'out iht >ction 6 Se#!-Interest 6 Customs >nd e#iion 6 5ses +!

Ethica# Theories. (1)

UNIT III

Engineering As Social E,erimentation :Enineerin >s E3erimentation 6 Enineers

>sesonsi'#e E3erimenters 6 Codes +! Ethics 6 Ba#anced +ut#oo9 +n *a0 .

Safet$+ #es,onsibilities And #ig&ts :Sa!et >nd is9 6 >ssessment +! Sa!et >nd is9 6

is9 Bene!it >na#sis >nd educin is9.

'ollegialit$ And o$alt$ 6 esect For >uthorit 6 Co##ecti&e Barainin 6 Con!identia#it

6 Con!#icts +! Interest 6 +ccuationa# Crime 6 "ro!essiona# ihts 6 Em#oee ihts 6

Inte##ectua# "roert ihts (I") 6 $iscrimination. (1)UNIT IV(lobal Issues : Mu#tinationa# Cororations 6 En&ironmenta# Ethics 6 Comuter Ethics 6

@eaons $e&e#oment 6 Enineers >s Manaers 6 Consu#tin Enineers 6 Enineers >s

E3ert @itnesses >nd >d&isors 6 Mora# *eadershi Sam#e Code +! Ethics *i9e >SME

>SCE IEEE Institution +! Enineers (India) Indian Institute +! Materia#s Manaement

Institution +! E#ectronics >nd Te#ecommunication Enineers (IETE) India Etc. (1)

Tet !oo"s :

1. Mi9e martin and ona#d Schin;iner OEthics in EnineerinP Mc7ra0-Hi## ,Y 1::8

2. 7o&indaraan M ,ataraan S Senthi# <umar .S. OEnineerin EthicsP "HI 2K

:age ; 55



#eferences :

1. Char#es $F#eddermann OEnineerin EthicsP "earson / "HI ,e0 ?erse 2K(Indian erint)

2. Char#es E Harris Michae# S."rotchard and Michae# ? a'ins OEnineerin Ethics 6Concets and CasesP @ads0orth Thomson *earnin 5S 2 (Indian erint)

=. ?ohn Boatriht OEthics and the conduct o! 'usinessP "earson ,e0 $e#hi 2=.

K. Edmund 7.See'auer and o'ert * Barr OFundamenta#s o! Ethics !or Scientists

and EnineersP +3!ord 5ni&ersit "ress +3!ord 21.

2E "7$ )ASIC 2ANUFACTURING RCESSES =A)RATRY




PATTE#N .A%IN( :So#id attern S#it attern .

.*UDIN( :Steed cone u##e Hand 0hee# Bush.

FITTIN( :Si3 Standard E3ercises

TU#NIN(: "#ain Ste and Taer turnin iht-hand and *e!t-hand threads

Eccentricturnin <nur#in and contour turnin.

2E "7" F=UI. 2ECHANICS 4 HY.RAU=IC 2ACHINES =A)RATRY


Lectures / 'utorials : 4 Periods / week Sessional Marks : 40


Note : A minimum of 10 experiments are to be performed

1. eri!ication o! Bernou##is theorem

2. enturimeter4 $etermination o! coe!!icient o! dischare

=. +ri!icemeter4 $etermination o! coe!!icient o! dischare

K. +ri!ices4 $etermination o! coe!!icient o! dischare ' stead and unstead !#o0methods.

. Mouthieces4 $etermination o! coe!!icient o! dischare ' stead and unstead

!#o0 methods.

8. Characteri;ation o! #aminar and tur'u#ent !#o0s ' eno#ds aaratus

:age ; 56



A. $etermination o! !riction !actor o! ies

. $etermination o! #oss o! head in ies due to 'ends sudden contractions and sudden

e3ansion.

:. Measurement o! !orce due to imact o! ets on &anes o! di!!erent tes

1. "er!ormance studies on "e#ton tur'ine

11. "er!ormance studies on Francis tur'ine / <a#an tur'ine

12. "er!ormance studies on sin#e stae centri!ua# um

1=. "er!ormance studies on ecirocatin um

1K. "er!ormance studies on 7ear oi# um

2E "7/ SFT SI==S =A)RATRYII Year B.Tech. (Mech) Second Semester

Lectures / 'utorials : 4 Periods / week Sessional Marks : 40


.odule-5: Non-Verbal 'ommunication S"illsa) Bod *anuae 6 o#untar and In&o#untar') <inesicsc) Facia# E3ressionsd) "ro3emicse) +cu#esicsf> Hatics and Chronemics

.odule-6: 'ogniti2e S"illsa) Creati&e Thin9in

') *atera# Thin9inc> Critica# Thin9in.odule-7: .oti2ation and Emotional Intelligence

a) Moti&ation') Interna# Moti&ation E3terna# Moti&ation and Incenti&e Moti&ationc) Emotions and Emotiona# Inte##ience

.odule-8: Em,lo$abilit$ S"illsa) o#e-"#a') Time Manaementc) Inter&ie0 Techni%uesd) 7rou $iscussione) Team @or9

.odule-9: Inter,ersonal S"illsa) Stress Manaement') "ercetionc) E!!ecti&e *istenin

Suggested Soft0are:1. 7#o'erena So!t0are2. <-an So#utions So!t0are2. Centroni3 So!t0are

:age ; 57



=. Train 2 Success- C$ Series (enith 7#o'a# Consu#tanc)

#eference !oo"s:Boo9s Suested !or En#ish *anuae *a' *i'rar (to 'e #ocated 0ithin the #a' in additionto the C$s o! the te3t 'oo9 0hich are #oaded on the sstems)4

1. So!t S9i##s4 <no0 Yourse#! G <no0 the @or#d $r.<.>#e3 S.Chand "u'#ications.2. The >CE o! So!t S9i##s4 >ttitude communication and Eti%uette !or Success '

"earson "u'#ications.

=. Communication S9i##s *eena Sen 2nd Edition "HI 2A.K. +rani;ationa# Beha&ior Stehen ". o''ins and Timoth >. ?ude 1=th Edition

"HI 2:.. Business Communication Meena9shi aman and "ra9ash Sinh +3!ord

5ni&ersit "ress 28.8. Con&erston $e&e#oin So!t S9i##sKthEditionearson "u'#ication.A. Manaein So!t S9i##s <..*a9shminaraanan and T.Murua&e# Scitech

"u'#ications.. Communicate to Con%uer4 > Hand'oo9 o! 7rou $iscussions and ?o' Inter&ie0s

0ith C$ "HI "u'#ications.

2E /$$ ERATINS RESEARCHIII Year B.Tech. (Mech) First Semester

Lectures / 'utorials : 4+1 Periods / week Sessional Marks : 40 University Exam: ! "rs University Exam Marks : #0

UNIT I

inear Programming4 $e!inition and Scoe o! +erations esearch Mathematica#

!ormu#ation o! the ro'#em rahica# method Sim#e3 method arti!icia# 'asis techni%ue

dua#it dua# Sim#e3 method. $eenerac a#ternati&e otima un'ounded so#ution

in!easi'#e so#ution. (1)

UNIT II

Trans,ortation Problem: Introduction to the ro'#em *" !ormu#ation o! a transortation

ro'#em. Basic !easi'#e so#ution ' north-0est corner method oe#s aro3imation

method #east cost method. Findin otima# so#ution ' M+$I method deenerac

un'a#anced transortation matri3 and Ma3imi;ation in transortation mode#.

Assignment Problem: +ne-to-one assinment ro'#em otima# so#ution un'a#ancedassinment matri3. F#iht schedu#in ro'#ems Tra&e#in sa#esman ro'#em. (1)

UNIT III

Bueing T&eor$: ueuin sstems and their characteristics. >na#sis o! Mar9o&ian chains

Transition diaram M/M/1 4 FCFS/ Q / Q and M/M/1 4 FCFS/ Q / , %ueuin mode#s.

Pro<ect Planning T&roug& Net0or"s: >rro0 (,et0or9) $iaram reresentation. u#es !or constructin an arro0 diaram "ert and C"M Critica# ath ca#cu#ations ear#iest start and

#atest com#etion times $etermination o! critica# ath determination o! !#oats "ro'a'i#it

considerations in roect. (1)

UNIT IV

Simulation: $e!inition and a#ications. Mante# Car#o simu#ation. andom num'ers and

random num'er eneration4 Mi3ed conruentia# method additi&e conruentia# method and

:age ; 58



mu#ti#icati&e conruentia# method. >#ication ro'#ems in %ueuin and in&entor.

(ame T&eor$4 $e!inition o! 7ame Strate ure strate mi3ed strate a o!! matri3Ma3min and Minma3 criteria o! otima#it. T0o erson ;ero sum ames4 "ure and Mi3edstrateies $ominance "roert >rthimatic method a#e'raic method !or 232 amesso#ution o! 23n or m32 ames (1)

TE)T !**%S:

1. +erations esearch 6 H.>. Taha2. Introduction to +erations esearch 6 Hi##er and *i'erman

#EFE#EN'ES:

1. Introduction to +erations esearch 6 "hi##is a&indran ?ames So#eer.

2. +timi;ation Theor and >#ications 6 S.S. ao=. +erations esearch 6 S.$. SharmaK. +erations esearch 6 7uta and Hira. "ert and C"M "rinci#es and >#ications 6 *.S. Srinath

2E/$" .YNA2ICS F 2ACHINES

III Year B.Tech. (Mech) First Semester Lectures / 'utorials : 4+1 Periods / week Sessional Marks : 40


UNIT I

D$namic Force Anal$sis : Introduction $D>#em'ertDs "rinci#e E%ui&a#ent +!!set Inertia

Force $namic >na#sis o! S#ider - Cran9 mechanism (5sin >na#tica# method) e#ocit

and >cce#eration o! iston >nu#ar &e#ocit and >nu#ar >cce#eration o! Connectin od

"iston E!!ort (E!!ecti&e $ri&in Force) Cran9 E!!ort. Turnin Moment on Cran9sha!t Inertia

o! connectin od. Turnin Moment diarams F#uctuation o! ener and F#0hee#s ()

(o2ernors: Introduction Tes o! 7o&ernors @att 7o&ernor "orter 7o&ernor Hartne##

7o&ernor Sensiti&eness o! a 7o&ernor Huntin Isochronism Sta'i#it Contro##in !orce"o0er o! a 7o&ernor (A)

UNIT II!alancing :Introduction Static 'a#ancin $namic 'a#ancin Trans!errin o! a Force !rom

one #ane to another Ba#ancin o! Se&era# Masses in $i!!erent #anes "rimar G

Secondar Ba#ancin o! ecirocatin Mass Ba#ancin > #ocation e!!ect o! Ba#ancin

Ba#ancin o! In #ine Enines and Enines. (1)

($rosco,es 4 >nu#ar e#ocit >nu#ar >cce#eration 7roscoic Tor%ue

7roscoic E!!ect on ,a&a# Shis Sta'i#it o! a t0o 0hee# &ehic#e. ()

UNIT III

Fundamentals of Vibration4- Introduction $e!initions ector method o! reresentinHarmonic Motions >ddition o! t0o sim#e Harmonic motion o! the same !re%uenc. (8)

Undam,ed Free Vibrations of Single Degree of Freedom S$stems4- Introduction

$eri&ations o! di!!erentia# e%uations so#ution o! di!!erentia# e%uation Torsiona# &i'rations

E%ui&a#ent sti!!ness o! srin com'inations Ener method. (8)

Dam,ed Free Vibrations of Single Degree of Freedom S$stems 4- Introduction $i!!erenttes o! damin Free &i'rations 0ith &iscous damin *oarithmic $ecrement iscousdamers Cou#om' damin Structura# damin Inter!acia# damin. (A)

:age ; 59



UNIT IVForced Vibrations of Single Degree of Freedom S$stems4- Introduction Forced

&i'rations 0ith constant Harmonic e3citation Forced &i'ration 0ith rotatin and

recirocatin un'a#ance !orced &i'rations due to e3citation o! the suort Critica# seed o!

a #iht sha!t ha&in a sin#e disc 0ithout damin critica# seed o! a #iht sha!t ha&in a

sin#e disc 0ith damin i'ration iso#ation and transmissi'i#it &i'ration measurin

instruments. (12)

T0o Degrees of Freedom S$stems: Introduction "rincia# modes o! &i'ration undameddnamic &i'ration a'sor'er. (=)

TE)T !**%S:

1. Theor o! Machines ' S.S. attan2. Mechanica# i'rations 6 7.<.7roo&er =. Mechanica# i'rations 6 ao .$u99iati ?.Srini&as "HI

#EFE#EN'E !**%S:1. Theor o! Machines ' T. Be&an2. Theor o! Mechanisms and Machines ' >. 7hosh and >.<. Ma##i9.=. Mechanica# i'ration 6 S.S.ao.

2E /$/ .ESIGN F 2ACHINE E=E2ENTS

I#I Year B.Tech. (Mech) First Semester

Lecturers / 'utorials: 4+1 -eriods / .eek Sessional Marks : 40 University Exam: ! "rs University Exam Marks : #0

UNIT I!asics: Basic rocedure o! machine desin re%uirements and desin o! machine

e#ementstraditiona# desin methods. $esin snthesis use o! standards in desin

manu!acturin considerations in machine desin re!erred num'ers and sini!icance (8)

.aterials @ t&eir Pro,erties: .ec&anical roerties o! materia#s Common enineerin

materia#s and their roerties. (K)

Design for Static Strengt& :Sim#e Stresses - Com'ined stresses - Torsiona# and Bendin

stresses - stress strain re#ation &arious theories o! !ai#ure - Factor o! sa!et and its

imortance in desin. ()

UNIT IIDesign for Fatigue Strengt& : Stress concentration stress concentration !actors

reduction o! stress concentration !#uctuatin stresses !atiue !ai#ure endurance #imit #o0

cc#e and hih cc#e !atiue notch sensiti&it endurance 6 aro3imate estimation

re&ersed stresses 6 desin !or !inite and in!inite #i!e cumu#ati&e damae in !atiue

Soder'er and 7oodman #ines modi!ied 7oodman diarams 7er'er e%uation !atiuedesin under com'ined stresses imact stresses. (:)

Po0er Scre0s: Tes - Mechanics o! o0er scre0s e!!icienc $esin o! Scre0 ?ac9 andturn'uc9#e. (8)

UNIT IIIFasteners: i&eted oints Boi#er ?oints G *o;ene ?oint $esin o! oints under eccentric#oadin @e#ded oints Eccentrica## #oaded 0e#ded oints. (1)

:age ; 60



UNIT IVT&readed ?oints 6 'asic tes 'o#t o! uni!orm strenth materia#s and manu!acture

eccentrica## #oaded 'o#ted oints in shear eccentric #oad erendicu#ar to a3is o! 'o#t

eccentric #oad on circu#ar 'ase. (11)

'otter ?oints: S#ee&e and Soc9et G Siot cotter oints 7i'G cotter oint. (K)

TE)T !**%S:

1. $esin o! machine e#ements ' Bhandari Tata Mc7ra0 Hi## 'oo9 Co.2. Machine $esin ' ".C. Sharma G $.<. >ar0a#.=. $esin o! Machine E#ements ' Sharma G "urohit "HI

/AND !**%S T* !E A*1ED IN UNIVE#SITC E)A.INATI*N:

1. $esin data 'oo9 ".S.7. Co##ee o! Techno#o Coim'atore.2. $esin data 'oo9 Mahade&an G Ba#a&eera edd - CBS "u'.

2E/$0 2ETA= CUTTING AN. 2ACHINE T=SIII Year B.Tech. (Mech) First Semester

Lectures: 4 Periods / week Sessional Marks : 40


UNIT I

.ac&ining Processes and .ac&ine Tools: Introduction "rimar and >u3i#iar Motions inmachine too#s arameters de!inin 0or9in motions o! a machine too#. (=)

at&e: Constructiona# detai#s seci!ications c#assi!ication o! #athes3

at&e .ec&anisms: Sind#e seed Mechanisms in Be#t dri&en and >## 7eared Head stoc9

>ron and Ha#!-nut mechanisms. *athe accessories 6 &arious 0or9 ho#din de&ices. *athe

oerations inc#udin taer turnin and thread cuttin and re#ated ro'#ems. (12)

UNIT II

Drilling .ac&ines: Tes and seci!ications sind#e !eed mechanism dri##in oerationsdri##in time. (K)

S&a,ing and Planing: Constructiona# detai#s tes o! shaers and #anersseci!ications uic9 eturn Mechanism and automatic !eed mechanisms. (K)

(rinding .ac&ines: 7enera# "rinci#es @hee# materia#s Se#ection and seci!ication o! rindin 0hee#s Truin and $ressin o! rindin 0hee#s tes o! rindin machines. (A)

UNIT IIISurface Finis&ing *,erations: Honin and *ain oerations. (=)

.illing .ac&ines: @or9in "rinci#e Si;e and Seci!ication 5 and $o0n Mi##inTeso! mi##in machines $escrition and 0or9in o! 5ni&ersa# Mi##in machine Mi##inoerations Mi##in cutters Inde3in methods and Inde3in Head re#ated ro'#ems. (12)

UNIT IV

T&eor$ of .etal 'utting: Introduction Basic e#ements o! machinin ,omenc#ature o!

sin#e oint cuttin too# Too# 7eometr Mechanics o! chi !ormation Tes o! chis.

$etermination o! shear an#e and chi thic9ness ratio stress and strain in the chi &e#ocit

re#ations Merchants theor o! orthoona# cuttin !orces re#ated sim#e ro'#ems. (8)

Too# 0ear Too# #i!e and Too# #i!e criteria. (=)

:age ; 61



Heat 7eneration and temerature distri'ution in meta# cuttin cuttin !#uids- tes and

re%uired characteristics. (=)

'utting Tool .aterials4 e%uirements o! Too# materia#s and tes economics o! machinin.

TE)T !**%S:

1. @or9sho Techno#o o#. II ' Ha;ra Cho0dar

2. "roduction Enineerin ' ".C. Sharma S.Chand G Co.

#EFE#EN'E !**%S:

1. Materia#s and "rocesses in Manu!acturin ' E."au# $e 7armo ?.T.B#ac9 andona#d >.<ohser.

2. Machinin and machinin rocess ' ",.ao TMH.=. Manu!acturin Science ' 7hosh G Ma##ic9.

2E /$% I*C* ENGINES 4 GAS TUR)INES

III Year B.Tech. (Mech) First Semester


University Exam ! "rs University ExamMarks : #0

UNIT II3'3 Engines: Introduction Basic enine nomenc#ature e&ie0 and c#assi!ication o!

I.C.Enines 0or9in rinci#es o! S.I. and C.I. Enines ('oth K stro9e and 2-stro9e) - &a#&e

timin and "ort Timin diarams - $i!!erences 'et0een S.I. G C. I. and 2 stro9e G K stro9e

enines. (A)

Fuel Su,,l$ S$stems: S.I. n!ines- Chemica## correct air-!ue# ratio >ir-!ue#

mi3turere%uirements Car'uretion Sim#e !#oat te car'uretor inection sstem tes

e#ectronic !ue# inection sstem M"FI. (K)

". I. n!ines- >ir- !ue# re%uirements !ue# su# and inection sstems Bosch !ue# ume#ectronic inection sstem C$I. (K)

UNIT II

'ombustion Processes: S.I. n!ines- ,orma# com'ustion a'norma# com'ustion <noc9ratin and +ctane num'er. (=)".I. n!ines-Inition de#a com'ustion 9noc9 in C.I. enines <noc9 ratin and Cetanenum'er (K)Testing of I3'3 Engines: Indicator diaram e&a#uation o! Indicated "o0er Bra9e o0er

Fue# consumtion SFC Mechanica# G therma# e!!iciencies mean e!!ecti&e ressure air-

!ue# ratio Heat 'a#ance Enine er!ormance cur&es aria'#es a!!ectin enine

er!ormance !or 'oth S.I. G C.I. Enines. ()

UNIT III

#eci,rocating Air 'om,ressors: C#assi!ication +eration E!!ect o! c#earance &o#ume

comression ratio &o#umetric e!!icienc o0er inut Sin#e-stae and Mu#ti-stae

comressors E!!ect o! inter-coo#in otimum intermediate ressure in a t0o-staecomressor. (A)

#otar$ 'om,ressors: Introduction Tes and their a#ications rinci#es o! 0or9in

static and tota# head &a#ues Centri!ua# comressor- &e#ocit &ector diarams ressure

coe!!icient re 0hir# >3ia# !#o0 comressor - o#troic e!!icienc Surin Cho9in and

Sta##in Centri!ua# comressor &ersus a3ia# !#o0 comressor. ()

UNIT IV

(as Turbines: C#osed and +en cc#e as tur'ines ana#sis o! c#osed cc#e as

:age ; 62



tur'inee!!iciencies o! Comressor and tur'ine cc#es 0ith inter-coo#in reheat and

reeneration.() ?et @ #oc"et Pro,ulsion: Basic rinci#es o! ?et rou#sion - seci!ic

thrust rou#si&ee!!icienc and o&era## therma# e!!icienc o! a et enine "rinci#es o!

oc9et rou#sion Tes o! roc9et rou#sion. (A)

TE)T !**%S:

1. Treatise on heat Enineerin -asandaniG <umar-Metroo#itan Boo9 Coman$e#hi

2. Therma# Enineerin- aut - *a3mi "u' ,e0 $e#hi=. Fundamenta#s o! I.C.Enines 6 H.,. 7uta "HI ,e0 $e#hi.

#EFE#EN'E !**%S:

1. Fundamenta#s o! I.C. Enines - ".@. 7i## ?.H. Smith Giurs- IBH G +3!ord u'#

2. > Course in I.C. Enines - M.*.MathurG.".Sharma - $hanat ai G Sons-,e0 $e#hi.

=. 7as Tur'ine Theor - Cohen oers and Sar&anamuttu.K. I.C. Enines -.7anesan - T.M.H. ,e0 $e#hi.

2E /$7 )ASIC E=ECTRNICS 4 2ICR'RCESSRS


Lectures: 4 Periods / week Sessional Marks : 40

University Exam: ! "rs University Exam Marks : #0

UNIT I

!asic 'ircuit T&eor$ 'once,ts: Circuit Comonents4 esistance InductanceCaacitanceL <ircho!!s *a0s4 <* (<ircho!!&o#tae#a0) <C* (<ircho!! Current *a0) Meshana#sis G ,oda# >na#sis o! Sim#e E#ectric circuits4 Circuit theorems4 The&inenG,ortansTheorems.!asic Electronic De2ices4 ", unction diode4 "rinci#e characteristics4ener diode4"rinci#e characteristics ecti!iers4 $e!inition Ha#! 0a&e recti!ier Fu## 0a&e recti!ierL B?T4"rinci#e G oeration InutG outut characteristics Transistor as a s0itch Transistor asan am#i!ier.FET: "rinci#e G oeration characteristics o! ?FET G M+SFET G o! ?EET. its

characteristics. (1)

UNIT II

AnalogElectroncs: +eration am#i!iers4 $e!inition o! o->m#i!iers B#oc9 diaram o! o6 >m detai#s o! o 6 >m characteristics + 6 >m Con!iurations4 In&ertin con!iuration,on-In&ertin con!iuration.*P Am,lifiers A,,lications: Summin >m#i!ier $i!!erence >m#i!ier Interator$i!!erentiator Instrumentation am#i!ier Comarator Schmitt tier. (1)

UNIT III

Digital Electronics: Number systems: $ecima# Binar +cta# He3a 6 decima# num'er sstems ,um'er sstem con&ersions.

"odes: BC$ Code E3cess 6 = code.#oo$ean A$!ebra % &o!i' ates4 Boo#ean *oic "ostu#ates. Basic #oic ates 5ni&ersa#

*oic ates Boo#ean e3ression sim#i!ication usin < 6 Ma Method u to K &aria'#es.

'ombinational ogic 'ircuits4 $e!inition Com'inationa# circuit desin "rocedure

$esino! Com'inationa# Circuits4 ha#! 6 >dder Fu## 6 adder Ha#! Su' tractor Fu## Su'

tractor $ecoder Encoder Mu#ti#e3er $e 6 Mu#ti#e3er.

Sequential ogic 'ircuits: $e!inition F#i 6 !#os4 S ?< T $. ace around

conditionMaster 6 s#a&e ?.<.F#i - !#o Counters4 >snchronous &ersus snchronous

counters $esin o! ri#e counters shi!t reisters. (1)

:age ; 6



UNIT IV

Introduction .icro,rocessors: Micro Contro##er "in diaram Instruction set +F

>ddressin Modes $e&e#oment o! sim#e assem'# #anuae "rorams Inter!acin4

2 (""I) Inter!acin to inut G outut de&ices. (1)

TE)T !**%S:

1. Circuit theor ' >.Sudha9ar G S.". Sham Mohan. !or chater one o! unit I (TMH).2. Microrocer G >rchitectures "rorammin G a#ications 0ith the / > '

7aone9er !or 5nit 6 I.=. $iita# *oic and Comuter $esin ' M.Morrismano "HI !or unit 6 =.K. Semiconductor de&ices G Circuits ' B.". Sinh !or chater 6 2 o! 5nit 6I($hanati ai). *inear interated circuits ' $.oChaudar G S.?ain(,e0 - ae internationa#).

2E/%$ 2ACHINE SH RACTICE =A)RATRY




TU#NIN( :

Mu#ti-start threadin $ri##in Borin and Interna# threadin

D#IIN( @TAPPIN( :

$ri##in and Tain o! $i!!erent threads

.IIN( :

<e-0a Sur and He#ica# 7ear Mi##in 7ear Ho''in.

S/APIN( :

>t #east three mode#s in&o#&in roduction o! !#at sur!ace Steed sur!ace Cuttin do&etai#

and rectanu#ar roo&es.

PANIN( AND S*TTIN( :

@or9in on "#anin and S#ottin Machines

(#INDIN( :

>t #east one mode# on sur!ace rinder c#indrica# rinder or too# and cutter rinder.

2E/%" )ASIC E=ECTRICA= 4 E=ECTRNICS =A)RATRY

III/I B.Tech (Mech.) 44 First Semester

Practicals : 4 -eriods / week Sessional Marks : 40


Note: Minimum our Ex-eriments rom Electrical Stream and i!*t Ex-eriments rom

:age ; 6



Electronics Stream s"ould e -erormed

Electrical Engineering:

1. eri!ication o! <C* / <5*

2. +CC o! a $C Shunt 7enerator

=. *oad Test on $C Shunt 7enerator

K. Seed Contro# o! $C Shunt Motor

. S0in 'urn Test

Electronics Engineering:

1. I characteristics o! Si / 7e unction diode

2. I characteristics o! ener diodes

=. Ha#! 0a&e recti!ier ( 0ith and 0ithout !i#ter).

K. Transistor Con!iuration 6 CE Characteristics.

. Characteristics o! ?FET

8. *oic ates usin discrete comonents

A. *oic ates usin uni&ersa# ate (,>,$ ate)

. Com'inationa# Circuits (ha#! adder !u## adder ha#! su'tractor)

:. eri!ication o! F#i-F#o (?< G $ etc.)

1. Code con&erters (7ra to Binar G Binar to 7ra)

11. >ddition and Su'straction o! t0o num'ers usin Microrocessor

12. Steer Motor Contro# usin Microrocessor

1=. Tra!!ic Sina# Contro# usin Microrocessor.

2E /%/ FUE=S4 I*C* ENGINES =A)RATRY


Practical: ! -eriods / .eek Sessional Marks : 40


>n Ten E3eriments out o! the !o##o0in are to 'e er!ormed4

1& Eiscosit! *easurement using edwood /o&@ or /o& @@ viscometer

2& Eiscosit! *easurement using .a!bolt viscometer

& +arbon residue test using +onradsons carbon residue apparatus&& +alorific value of gas using Xuners gas calorimeter&

5& *easurement of flash point using :ens! *artins and Abels apparatus&

6& *easurement of flash and fire points using +levelands apparatus&7& Ealve timing and port timing diagrams&

:age ; 65



8& Air compressor - ,o determine Eolumetric and @sothermal efficiencies&

9& lower test ig& - ,o determine >verall efficienc!&10&.ingle c!linder Jiesel engine - 4oad test and =eat alance ,est&

11&*ulti c!linder :etrol engine - 4oad ,est" =eat alance and *orse test

12&*ulti c!linder :etrol engine - conomic speed test and variable speed test&

1&.ingle c!linder Jiesel engine - variable compression ratio test&1&*ulti c!linder Jiesel engine - 4oad test and =eat alance test&

15&,wo stroe petrol engine - 4oad test and =eat alance test&

2E/"$ ERATINS 2ANAGE2ENT


Lectures : 4 Periods / week Sessional Marks : #0

University Exam : ! "rs University Exam Marks : 40

UNIT -I

Forecasting: Forecastin &aria'#es !orecastin rocedure methods o! !orecastin4

mo&in a&erae #east s%uares sim#e e3onentia# smoothin #inear reression

corre#ation coe!!icient ro'#ems. (8)

Production s$stems: Continuous and intermittent roduction. Mass and !#o0 roduction'atch roduction o' order roduction roduction !unctions. ()

Plant ocation and Facilities la$out: ,ecessar !actors o&ernin #ant #ocationrinci#es o! #ant #aout tes o! #aouts. (K)

UNIT IIAggregate ,lanning and sc&eduling : *on rane intermediate rane and short rane

#ans the areate #annin ro'#em areate #annin methods mathematica#

#annin mode#s theoretica# #annin mode#s (*$) and heuristic and comuter search

mode#s ro'#ems. (12)

.aster sc&eduling: Master schedu#in !ormation4 inuts and oututs. Master schedu#inmethods. (=)

UNIT III.aterials .anagement and .#P: Functions o! materia#s manaement urose o!

in&entories tes o! in&entories re#e&ant costs in in&entor contro# >BC and E$ ana#sis.

Materia#s re%uirement #annin (M")4 Imortance o! M" and C" M" sstem inuts

and oututs 'i## o! materia#s M" #oic. ()Su,,l$ '&ain .anagement: Introduction need !or su# chain manaement E#ements

o! su# chain manaement *oistics E-commerce Stes in creatin an e!!ecti&e su#

chain su#ier manaement. (A)

UNIT IV

Economic order quantit$ =E*B> models: $eterministic continuous re&ie0 mode#s4 Basic

E+ Economic roduction %uantit mode# Basic E+ mode# 0ith shortaes uantit

:age ; 66



discounts. e-order oint 'u!!er stoc9 reser&e stoc9 and sa!et stoc9. Sin#e eriod mode#

!or erisha'#e oods Mu#ti eche#on in&entor mode#s (1)

Tet !oo"s:

1. +erations Manaement 6 ?oseh 7.Mon9s Tata Mc7ra0 Hi##

2. "roduction and +erations Manaement ' Ste&enson

#eference !oo"s :

1. Materia#s Manaement 6 7oa#a9rishnan and Sudha9aresan

2. ua#it Contro# 6 $a#e H.Bester!ie#d.

=. +erations esearch 6 Hi##er and *ie'erman Tata Mc7ra0 Hi##

K. e#ia'i#it Enineerin- Ba#aurus0am.

2E /"" .ESIGN F TRANS2ISSIN E=E2ENTS

III Year B.Tech. (Mech) Second Semester

Lectures / 'utorials: 4 + 1 Periods / week Sessional Marks : 40 University Exam : ! "rs University Exam Marks : #0

UNIT I

S&afts: $esin o! so#id and ho##o0 sha!ts !or strenth 6 For Bendin Torsion Com'ined

'endin and torsion and com'ined 'endin torsion and a3ia# #oads. (A)%e$s: Introduction $esin o! s%uare and !#at 9es (=)

S&aft 'ou,lings: eid cou#ins 6 Mu!! Cou#in F#ane cou#in F#e3i'#e cou#in 6Modi!ied F#ane cou#in ()

UNIT II

!earings and ubrication: *u'rication Tes o! #u'rications tes o! #u'ricants

roerties o! #u'ricants tes o! Bearins Bearin materia#s ?ourna# 'earin desin (usin

Mc<ees e%uation and amond and Bod charts G ta'#es) ()

!all and #oller !earings: Static #oad $namic #oad E%ui&a#ent radia# #oad se#ection o!

'a## and ro##er 'earins (A)

UNIT III

!elt Dri2es : F#at and -'e#ts Be#t constructions 7eometrica# re#ationshis >na#sis

o!'e#t tensions condition !or ma3imum o0er Se#ection o! -'e#ts 6 Se#ection o! "u##es.

(11) '/AIN D#IVES: Introduction Chain dri&es >d&antaes o! chain dri&es o&er 'e#t

dri&es "o#ona# e!!ect Se#ection o! ro##er chains. (K)

UNIT IV

S,ur (ears : C#assi!ication o! ears Termino#o o! sur ear standard sstems o! 7ear

Tooth Force ana#sis 7ear tooth !ai#ures Se#ection o! materia# Beam Strenth o! ear

teeth #u'rication *e0is E%uation. (8)

/elical (ears: Termino#o o! he#ica# ears &irtua# num'er o! teeth Tooth roortions

!orce ana#sis Beam Strenth o! he#ica# ears e!!ecti&e #oad on ear tooth 0ear strenth

o! he#ica# ears *e0is E%uation. (=)

!e2el (ears: Termino#o !orce ana#sis Beam Strenth o! 'e&e# ears 0ear strenth.

*e0is E%uation. (=)

:age ; 67



1orm (ears: Termino#o Force ana#sis Strenth ratin o! 0orm ears @ear ratin o!

0orm ears. (=)

TE)T !**%S:

1. $esin o! machine e#ements ' Bhandari Tata Mc7ra0 Hi##

'oo9 Co.2. Machine $esin ' ".C. Sharma G $.<. >ar0a#.


1. $esin data 'oo9 ".S.7. Co##ee o! Tech Coim'atore.

2. $esin data 'oo9 Mahade&an G Ba#a&eera edd - CBS "u'.

ME '2' E#G+#EE!+#G MET!O-OG III Year B.Tech. (Mech) Second Semester

Lectrures: 4 Periods / week Sessional Marks: 4!ni"ersit# $%am .: & hrs !ni"ersit# $%am. Marks:'

/#+T 0 +Metrolo,: Intro'uction Elements of engineering measurements Linearan' angular measurements stan'ar's of length en' an' line stan'ar's.

?9A

-inear and n,ular Measure*ents: Precision measurement "oregauges straight e'ges slip gauges angle gauges sine "ars spiritle7els auto collimator.

?A/#+T 3 ++Co*)arators: (echanical comparators Ree' comparator Sigma

comparator electrical an' electronic comparators sole8 pneumaticgauge pro>ectors tool ma)ers microscope.

?9AMetrolo, of Scre4 Threads nd Gears: (easurement of 7ariouselements of threa's ma>or minor an' eDecti7e 'iameter threa'micrometer measurement of pitch gear inspection measurement oftooth thic)ness gear tooth caliper. ?A

/#+T 3 +++-i*its5 "its and Gau,es: Limits @ts tolerance an' allo+ance theoryof limits an' @ts an' their selection hole "ass an' shaft "asis system

In'ian stan'ar' system of limits an' @ts simple pro"lems. Interchangea"ility selecti7e assem"ly limit gauges TaylorOs principle oflimitgaugeing plug gauges ring gauges. ?%4A/#+T 3 +6Measure*ent Of Surface "inish Surface te8ture roughness+a7iness In'ian stan'ar' terminology (etho's of measuring surface@nish Taylor o"son Talysurf.

?A

:age ; 68



+nterfero*etr: ,PL atness interferometry an' gauge lengthinterferometer. ?3A

Static 7 (na*ic li,n*ent Tests :*lignment tests on Lathe !rilling(achine an' (illing (achine.

?6A

TEXT BOOS:

%. (etrology - R.K.0ain Khanna pu"lishers#. an' Boo) of In'ustrial (etroloyg "y *ST(E

!E"E!E#CE BOOS:%. Engg.(etrology / !.(.*ntony#. * te8t "oo) of Engg.(etrology / I.2.Gupta.

:age ; 69



.E768 .ANUFA'TU#IN( EN(INEE#IN(

$$$ %ear &'ec" (Mec") Second Semester



UNIT ? I

?igs @Fitures: Introduction desin considerations in is G !i3tures. The rinci#e o!

si3oint #ocation #ocatin ins. C#amin and c#amin de&ices. > !e0 e3am#es o! dri##in

is #i9e 'o3 te tem#ate i In&erted i inde3in i !i3tures-*athe mi##in. ()

(ear .anufacturing: Introduction to &arious ear manu!acturin methods ear shainearho''in 'e&e# ear eneration-rinci#es and methods ear !inishin methods. ()T&read .anufacturing Processes: Thread ro##in thread mi##in thread rindin. (2)

UNIT ? II

Uncon2entional .ac&ining Processes: Introduction rinci#es o! oeration e%uiment

and a#ications o! >?M 5SM @?M E$M ECM CHM EBM *BM and ">M (1)

UNIT ? III

Press 1or"ing Tools :Maor comonents o! a ress shear action in die cuttin oeration

B#an9in and "unchin oerations c#earance and shear as a#ied to unchin / '#an9in

oerations centre o! ressure and its ca#cu#ation cra stri #aout !or '#an9in sim#e

re#ated ro'#ems. (8)

Tes o! $ies-comound die com'ination die roressi&e die. (=)

$ra0in die 6 Ca#cu#ation o! '#an9 si;e num'er o! dra0s ercentae reduction radius on

unch and die tota# dra0in !orce. (=)

Bendin die 6 Bendin methods srin 'ac9 'endin a##o0ance 'endin !orce. (=)

UNIT ? IV

'om,uter Aided Ins,ection: Tes o! CMM (Coordinate Measurin Machines) CMM

construction CMM oeration and rorammin CMM so!t0are F#e3i'#e insection

sstems CMM a#ications and 'ene!its. ()

.ac&ine 2ision4 rinci#e and introduction to staes in machine &ision imae ac%uisition

and diiti;ation imae rocessin and ana#sis interretation machine &ision a#ications.

(A)

Tet !oo"s:1. > Te3t 'oo9 o! "roduction Enineerin ' ".C.Sharma S.ChandG Co.2. Manu!acturin Science ' 7hosh GMa##i9

#eference !oo"s:1. Manu!acturin enineerin G techno#o ' <a#a9 ?ain "earson Education / "HI2. Enineerin metro#o ' .<.?ain $hanathraiG Sons=. >utomation roduction sstems G CIM ' M.".7roo&er "earson Education / "HI.

.E 769 /EAT T#ANSFE#


:age ; 70



Lectures : 4+1 Periods / week Sessional Marks: 40 University Exam : ! "rs University Exam Marks: #0

UNIT I

Introduction: Basic Modes and *a0s o! Heat trans!er therma# conducti&it Stead state

Heat Conduction 7enera# conduction e%uation in Cartesian C#indrica# and Sherica#

coordinates initia# and 'oundar conditions. (K)

*ne-Dimensional Stead$ State /eat 'onduction: Heat !#o0 throuh #ane 0a## and

c#inder 0ith constant therma# conducti&it Heat !#o0 throuh comosite s#a' and

C#inders Therma# resistance E#ectrica# ana#o Therma# contact resistance ro'#ems on

&aria'#e therma# conducti&it critica# insu#ation thic9ness uni!orm heat eneration in s#a's. (A)

Etended Surfaces: Tes >#ications Fin materia#s Heat trans!er !rom !ins 0ithuni!orm cross section Fin e!!icienc and E!!ecti&eness. (K)

UNIT II

Transient /eat 'onduction: (+ne dimensiona# on#) - *umed heat caacit sstems. (=)Forced 'on2ection: Introduction "rinci#es o! con&ection Mass Momentum and Ener

e%uations !or 'oundar #aer Hdrodnamic and therma# 'oundar #aers and their

thic9nesses concet o! tur'u#ence. Corre#ations !or heat trans!er in *aminar and Tur'u#ent!#o0s o&er a !#at #ate and in ies re#ation 'et0een !#uid !riction and heat trans!er in

#aminar G tur'u#ent !#o0s-eno#ds-Co#'urn >na#o. (12)

UNIT III

Natural 'on2ection: >ro3imate ana#sis !or #aminar !i#m on a &ertica# #ate Corre#ations

!or &ertica# #ates hori;onta# #ates &ertica# and hori;onta# c#inders inc#ined sur!aces.

(A)

#S4 C#assi!ication tes o! heat e3chaners F#o0 arranement Temerature distri'ution

+&era## heat trans!er coe!!icient Fou#in !actor *MT$ and ,T5 methods o! Heat

e3chaner ana#sis correction !or *MT$ !or use 0ith mu#ti ass and cross !#o0 HeatE3chaners E!!ecti&eness. ()

UNIT IV

#adiation: Fundamenta#s o! adiation4 Basic Concets and de!initions >'sorti&it

e!#ecti&it Transmissi&it concet o! B#ac9 'od *a0s o! adiation <irchho!!Ds #a0

"#anc9s #a0 @eins #a0 Ste!an Bo#t;mans #a0. (A)

#adiant /eat Transfer: Heat E3chane ' radiation 'et0een t0o !inite ara##e# sur!aces

E#ectrica# ana#o so#id an#e and adiation intensit radiant heat trans!er 'et0een t0o

!inite '#ac9 and ra sur!aces shae !actor adiation shie#ds. ()

TE)T !**%S:1. Heat and Mass Trans!er 6 Sachde&a ,e0 >e India ,e0 $e#hi2. Heat Trans!erJaut *a3miu'# ,e0 $e#hi.

#EFE#EN'E !**%S:1. Heat trans!er - ?.".Ho#man M7H ,e0 Yor9.

2. Heat trans!er - S.".Su9hatme TMH.=. Heat Trans!er 6 Cene# and Bo#es TMH ,e0 $e#hiN*TE: /eat and .ass Transfer Data !oo" b$ %ot&andaraman and Subramanian to

be allo0ed in Uni2ersit$ Eamination3

:age ; 71



.E 76A *PE#ATI*NS #ESEA#'/

=Electi2e I offered to ot&er branc&es>

$$$ %ear &'ec" (Mec"):: Second SemesterLectures : ! Periods / week Sessional Marks: 40

University Exam : ! "rs University Exam Marks: #0

UNIT I

inear Programming4 $e!inition and Scoe o! +erations esearch Mathematica#!ormu#ation o! the ro'#em rahica# method Sim#e3 method arti!icia# 'asis techni%ue

dua#it dua# Sim#e3 method. $eenerac a#ternati&e otima un'ounded so#ution

in!easi'#e so#ution. (1)

UNIT II

Trans,ortation Problem: Introduction to the ro'#em *" !ormu#ation o! a transortation

ro'#em. Basic !easi'#e so#ution ' north-0est corner method oe#s aro3imation

method #east cost method. Findin otima# so#ution ' M+$I method deenerac

un'a#anced transortation matri3 and Ma3imi;ation in transortation mode#.

Assignment Problem: +ne-to-one assinment ro'#em otima# so#ution un'a#anced

assinment matri3. F#iht schedu#in ro'#ems Tra&e#in sa#esman ro'#em. (1)

UNIT III

Bueing T&eor$: ueuin sstems and their characteristics. >na#sis o! Mar9o&ian chains

Transition diaram M/M/1 4 FCFS/ Q / Q and M/M/1 4 FCFS/ Q / , %ueuin mode#s.

Pro<ect Planning T&roug& Net0or"s: >rro0 (,et0or9) $iaram reresentation. u#es !or

constructin an arro0 diaram "ert and C"M Critica# ath ca#cu#ations ear#iest start and

#atest com#etion times $etermination o! critica# ath determination o! !#oats "ro'a'i#it

considerations in roect. (1)

UNIT IV

Simulation: $e!inition and a#ications. Mante# Car#o simu#ation. andom num'ers and

random num'er eneration4 Mi3ed conruentia# method additi&e conruentia# method and

mu#ti#icati&e conruentia# method. >#ication ro'#ems in %ueuin and in&entor.

(ame T&eor$4 $e!inition o! 7ame Strate ure strate mi3ed strate a o!! matri3Ma3min and Minma3 criteria o! otima#it. T0o erson ;ero sum ames4 "ure and Mi3edstrateies $ominance "roert >rthimatic method a#e'raic method !or 232 amesso#ution o! 23n or m32 ames (1)

TE)T !**%S:

=. +erations esearch 6 H.>. Taha

K. Introduction to +erations esearch 6 Hi##er and *i'erman#EFE#EN'ES:

8. Introduction to +erations esearch 6 "hi##is a&indran ?ames So#eer.

A. +timi;ation Theor and >#ications 6 S.S. ao. +erations esearch 6 S.$. Sharma:. +erations esearch 6 7uta and Hira"ert and C"M "rinci#es and >#ications 6 *.S. Srinath

.E 76! #*!*TI'S

=Electi2e I offered to ot&er branc&es>

:age ; 72



$$$ %ear &'ec" (Mec"):: Second SemesterLectures : ! Periods / week Sessional Marks: 40


UNIT IIntroduction to o'otics maor comonent so a ro'ot ro'otic #i9e de&ices c#assi!ication o! ro'ots 6 C#assi!ication ' coordinate sstem and ' contro# method Seci!ications o! ro'ots!i3ed &ersus !#e3i'#e automation economic ana#sis o&er&ie0 o! ro'ot a#ication.

(1)

UNIT II#obot End Effectors: Introduction end e!!ectors inter!acin tes o! end e!!ectorsriers and too#s considerations in the se#ection and desin o! remote centered de&ices.(1)

UNIT III

#obotic Sensor$ De2ices :+'ecti&e ,on-otica# osition sensors 6 otentiometerssnchros inductocn otica# osition sensors 6 oto interruters otica# encoders(a'so#ute G incrementa#)Proimit$ Sensors :Contact te non contact te 6 re!#ected #iht scannin #aser

sensors.Touc& @ Sli, Sensors :Touch sensors 6 ro3imit rod G hoto detector sensors s#isensors 6 Forced osci##ation s#i sensor interruted te s#i sensors !orce and tor%uesensors. 1N

UNIT IV

Transformations and %inematics: +'ecti&es homoenous coordinates 'asictrans!ormation oerations !or0ard so#ution 6 $ena&itHarten'er rocedure. Sim#ero'#ems in&o#&in #anar maniu#ators in&erse or 'ac90ard so#ution 6 ro'#ems in&o#&edtechni%ues. (1)TE)T !**%S :

1. o'otic Enineerin ' ichard $.<#a!ter

2. Industria# o'otics ' Mi9e##".7roo&er

#EFE#EN'E !**%S :

1. Introduction to o'otics 6 ?ohn ?.Ceai

2. o'otics 6 <.S.Fu 7on;a#e; GHee=. o'otics !or Enineers ' Yoram<oren.

.E 75 '*.PUTE# APPI'ATI*NS IN .E'/ANI'A EN(INEE#IN( A!*#AT*#C




Note : De2elo, ,rograms for t&e follo0ing ,roblems using '- language

SI.UATI*N E)E#'ISE: An$ T1*

:age ; 7



• Hart Mechanism

• "auce##ier Mechanism

• o'ert Mechanism

• Scott usse# Mechanism

• @att Mechanism

• "antorah Mechanism

• Four Bar Mechanism

•

S#ider Cran9 Mechanism• Tchi'iche!! Mechanism

'*.PUTE# APPI'ATI*NS: ANC F*U#

• ,umerica# Methods

• $i!!erentia# E%uation so#ution

• 7auss e#imination4 7enera# Matri3 and s9#ine.

• T0o dimensiona# stress ana#sis

• C#inder su'ected to interna# ressure.

• 1 $ Heat Trans!er (conduction)

• 2 $ Heat Trans!er (conduction)

•

+.. a#ications #i9e *.". uein Theor C"M "ET etc..

APPI'ATI*NS PA'%A(ES: ANC *NE

Sim#e ac9aes !or F#uid !#o0 #i9e !#uent Star C$ etc. +.. "ac9aes #i9e T+> *I,$+

"IM>E> Etc. M>T *a'. >n a#ication ac9ae in Mechanica# Enineerin.

.E 76 .*DEIN( A!*#AT*#C

$$$ %ear &'ec"(Mec") Second Semester

Practicals : 4 Periods / week Sessional Marks: 40


=$ mode##in usin an o! the mode##in ac9aes #i9e C>TI> "ro/E,7I,EE 5ni-

7rahics So#id @or9s Ideas >uto$es9 In&entor etc.

ist of .odules to be 'o2ered:

S<ETCHE

">T M+$E**I,7

@IEF>ME M+$E**I,7

S5F>CE M+$E*I,7

>SSEMB*Y M+$E**I,7

$>FTI,7

0ith e3am#es o! >ssem'# dra0ins.

1) Scre0 ?ac". 2) Stuffing !o3 7> Eccentric3

"arts and >ssem'#ies can 'e choosen !rom

1. > Te3t 'oo9 o! OMachine $ra0inP ' <. *. ,araana ". <annaiah <. en9ata edd.2. "ro/Enineer (CE+ "arametric 2.) !or Enineers and $esiners ' "ra'ha9ar S.T.

:age ; 7



$ream Tech "ress

.E 77 /EAT T#ANSFE# -A!*!*#AT*#C

$$$ %ear &'ec"(Mec") Second Semester



,ests on Any Ten of the ollowing are to be conducted:

1. e!rieration Test i

2. >ir Conditionin Test i

=. Heat E3chaner 6 "ara##e# F#o0

K. Heat E3chaner 6 Counter F#o0

. Comosite S#a' / Meta# od

8. Critica# Heat !#u3 >aratus

A. Emissi&it >aratus. "in !in 6 ,atura# Con&ection

:. "in !in 6 Forced Con&ection

1. Insu#atin o0der >aratus

11. $ro 0ise and !i#m 0ise condensation >aratus

12. Forced Con&ection >aratus

1=. Ste!an 6 Bo#t;manns >aratus

1K. *aed ie >aratus

.E 855 INDUST#IA EN(INEE#IN( @ .ANA(E.ENT

$ %ear &'ec" (Mec") *irst Semester



UNIT I

Producti2it$: $e!inition methods to measure roducti&it measures to imro&eroducti&it. ()

1or" Stud$: Introduction Manaement techni%ues to reduce 0or9 content and ine!!ecti&etime. (=)

.et&od Stud$: "rocedure Too#s !or recordin in!ormation4 charts and diarams use o!

!undamenta# hand motions (Ther'#is) rinci#es o! motion econom SIM+ chart cc#e

rah and chrono cc#e rah. (A)

UNIT II

1or" .easurement: +'ecti&es and techni%ues time stud methods and ratin sstems. >##o0ances4 Standard and a##o0ed time. ()

1or" Sam,ling: >cti&it sam#in con!idence #e&e#s num'er o! o'ser&ations use o!

:age ; 75



random num'er ta'#es rocedure !or ma9in a 0or9 sam#in stud. (=)

Bualit$ 'ontrol: To#erance #imits o! a rocess contro# charts !or &aria'#es4 R and charts.

Contro# charts o! attri'utes -chart c-chart and u-chart ;ero de!ect rorams ro'#ems.

(A)

UNIT III

(eneral .anagement: "rinci#es o! scienti!ic manaement 'rie! treatment o! manaeria#!unctions4 #annin orani;in sta!!in directin coordinatin and contro##in. ()

Forms of !usiness *rgani4ation: Sa#ient !eatures o! so#e rorietorshi artnershi?oint Stoc9 Coman4 ri&ate #imited and u'#ic #imited comanies. ()

Personnel .anagement: The ersonne# !unction !unctions o! a ersonne# manaer o'ana#sis and o' desin. ?o' e&a#uation and Merit ratin. ()

UNIT IV

.ar"eting .anagement: Concet o! se##in and mar9etin 6 di!!erences !unctions o! mar9etin mar9et research ad&ertisin and sa#es romotion 'rea9-e&en ana#sisdistri'ution channe#s-tes roduct #i!e cc#e. (A)

Financial .anagement: Functions o! !inance sim#e and comound interest dereciation

common methods o! dereciation4 straiht #ine method dec#inin 'a#ance method sum o! ears diits method. Financia# ratio ana#sis Manaeria# Economics. ()

Tet !oo"s :

1. Introduction to 0or9 stud 6 I*+2. Enineerin Econom 6 Theusen G Theusen

=. Fundamenta#s o! Mar9etin 6 @i##iams ? Stanton

.E856 .E'/ANI'A .EASU#E.ENTS @ '*NT#* SCSTE.S




UNIT- I!asic 'once,ts: Introduction Measurement sstem e#ements $e!inition o! terms4Ca#i'ration standards >ccurac "recision Sensiti&it eso#ution. (=).easurement Errors And Statistical Anal$sis: C#assi!ication o! Errors error ana#sis4

Statistica# ana#sis o! test data- ro'a'i#it distri'utions - method o! #east s%uares standard

de&iation o! the mean 7rahica# ana#sis and cur&e !ittin. (K)

Standard test inuts Characteristics o! ;ero !irst and second order sstems Stead stateerror ana#sis Transient resonse seci!ications sta'i#it ana#sis o! a sstem. (=)

Sensors and Transducers: Introduction Transducer c#assi!ication transducer e#ements&aria'#e resistance transducer e#ements aria'#e inductance transducer e#ementscaaciti&e "ie;o e#ectric hoto e#ectric Ioni;ation transducers. +tica# encoder . ()

UNIT- IIStrain .easurement: Introduction e#ectrica# resistance strain aues rinci#e Method

o!!i3in and 'ride circuits !or measurin strain chanes 7aue !actor Temerature

comensation strain aue. osette Strain aue a#ications. ()

Pressure .easurement: Introduction ressure measurement terms "ressure units

Bourdontu'e ressure aue $iahram and Be##o0s Brideman aue *o0 ressure

measurement4 Mc*eod aue therma# conducti&it aue. (A)

UNIT- Ill

:age ; 76



Flo0 .easurement: Introduction. aria'#e head !#o0 meters &aria'#e area !#o0 metersHot-0ire anemometer. F#o0 &isua#i;ation methods. (=)Tem,erature .easurement: Introduction *i%uid in #ass thermometers Bi-meta##icthermometers Thermo-esisti&e e#ements Thermocou#es Thermisters and"rometers. (K)Force .easurement: Introduction E#astic !orce meters *oad ce##s. (2)Torque .easurement: +tica# torsion meter E#ectrica# Torsion meter strain aue torsionmeter. (2)

S&aft Po0er .easurement: $namometers-Mechanica# e#ectrica# Hdrau#ic. (2)Vibration .easurement: "rinci#e o! seismic instruments such as i'rometers andacce#erometers. (2)

UNIT IV

Introduction to control S$stems: Introduction $e!initions o! contro# sstem termino#o

c#assi!ication or contro# sstems e3am#es o! contro# sstems. (2)

.at&ematical .odels of ,&$sical S$stems4 $e!inition o! trans!er !unction deri&ationderi&ation o! trans!er !unctions o! mechanica# e#ectrica# therma# and hdrau#ic sstems'#oc9 diaram a#e'ra. (K)!asic 'ontrol Actions: Tes o! contro# actions roortiona# contro##ers deri&ati&e andintera# contro# actions e!!ects o! deri&ati&e and intera# contro# action on sstemer!ormance. (K)

Transient #es,onse Anal$sis: Test sina#s resonse o! !irst order sstem to &ariousinuts ste resonse o! second order sstems trans#ent resonse seci!ications. (K)

Tet !oo"s:1. Mechanica# Measurements G Contro# - ' $.S. <umar

2. Mechanica# Measurements ' .S.Sirohi G H.C.adha9rishna#eference !oo"s:

1. E3erimenta# methods !or enineers 6 ?.".Ho#man, Mechanica# Measurements 6 T.B.Bec90ithG,.*.Buc9! Contro# Sstem Enineerin 6 ,aarathG 7oa#

ME $1' ADVAN'ED .A'/INE DESI(N

I Year B.Tech. (Mech) irst Semester

Lectrures : 4 Periods / week Sessional Marks : 4!ni"ersit# $%am .: & hrs !ni"ersit# $%am. Marks :'

UNIT I

S,rings: IntroductionL Materia#sL Tes o! srins He#ica# srins under a3ia# #oad Fatiue#oadin Torsion srins Sira# srins #ea! srins. (1)

UNIT II

!ra"es and 'lutc&es:- Introduction to Bra9es Tes >na#sis and desin o! '#oc9

'ra9es'and 'ra9es '#oc9 and 'and 'ra9esL Interna# shoe 'ra9es e3terna# shoe 'ra9es

i&oted shoe 'ra9es Temerture rise Friction materia#s C#utches >na#sis and desin o!

sim#e and mu#ti#e disc c#utches cone c#utches and centri!ua# c#utches !riction materia#sL

comarison o! 'ra9es and c#utches. (1)

UNIT III

Fl$0&eel: Introduction construction Tor%ue ana#sis so#id !#0hee# immed !#0hee#

stresses in rimmed !#0hee# $esin o! !#0hee#. ()

:age ; 77



I3'3Engine 'om,onents: Introduction $esin o! trun9 te iston connectin rod andcran9 sha!t. (A)

UNIT IV

*,timum design: +timi;ation !unction o! sin#e &aria'#e and mu#ti &aria'#es

otimi;ationtechni%ues Inter&a# ha#&in and 7o#den section methods otimum desin o!

tension 'ar !or minimum de!#ection cost and 0eiht Torsion mem'er !or minimum

de!#ection cost and 0eiht. (8)

#eliabilit$ and life e,ectances: Introduction Method o! achie&in re#ia'i#it Series"ara##e# and series and ara##e# re#ia'i#it >na#sis. (=)

S$stem design: Introduction Human asects o! desin Standardi;ation "ractica# tis !or ro'#ems encountered in desin 0ith e3am#es. (8)

TE)T !**%S:1. $esin o! machine e#ements ' Bhandari Tata Mc7ra0 Hi## 'oo9 Co.2. Machine $esin ' Sharma G "urohit.=. Machine $esin ' <hurmi G 7utha


1. $esin data 'oo9 ".S.7. Co##ee o! Tech Coim'atore

#. $esin data 'oo9 Mahade&an G Ba#a&eera edd - CBS "u'.

.E 858 AUT*.ATI*N @ '*.PUTE# AIDED .ANUFA'TU#IN(


*ectures 4 K "eriods / 0ee9 Sessiona# Mar9s 4 K


UNIT I

Automation: >utomation in roduction sstems 6 automated manu!acturin sstems

comuteri;ed manu!acturin suort sstems reasons !or automatin merits and

demerits automation rinci#es and strateies manu!acturin industries and roducts

manu!acturin oerations 6 rocessin and assem'# oerations other !actor oerations. ()

Industrial #obotics: Introduction ro'ot anatom oints and #in9s common ro'ot and

con!iurations oint dri&e sstems ro'ot contro# sstems end e!!ectors sensors in

ro'otics a#ications o! ro'ots 6 materia# hand#in rocessin assem'# and insection. (A)

UNIT - II

Numerical 'ontrol : Introduction 'asic comonents o! an ,C sstem c#assi!ications o!

,C sstems nomenc#ature o! ,C machine a3es intero#ation methods !eatures o! C,C

the machine contro# unit !or C,C C,C so!t0are direct numerica# contro# distri'uted

numerica# contro# a#ications o! ,C ad&antaes and disad&antaes o! ,C adati&e

contro# machinin. (1)

UNIT III

:age ; 78



N' Part Programming: ,C codin sstems manua# art rorammin sim#e e3am#es

on dri##in mi##in and turnin oerations comuter assisted art rorammin art

rorammin 0ith >"T #anuae sim#e e3am#es in dri##in and mi##in oerations. (1)

UNIT IV

(rou, Tec&nolog$ @ 'ellular .anufacturing: Introduction art !ami#ies

artsc#assi!ication and codin !eatures o! arts c#assi!ication o! codin sstem +"IT

MIC*>SS "roduct F#o0 >na#sis comosite art concet machine ce## desina#ications. (8)

'om,uter Aided Process Planning: Introduction retrie&a# C>"" sstem enerati&eC>"" sstems 'ene!its o! C>"". (=)Fleible .anufacturing S$stems: Introduction tes o! FMS comonents FMS #aoutcon!iurations comuter contro# sstem human resources a#ications and 'ene!its. (K)Introduction to Comuter Interated Manu!acturin. (2)

TE)T !**%:

1. >utomation "roduction sstems and Comuter Interated Manu!acturin 'M.".7roo&er "earson Education / "HI.

#EFE#EN'E !**%S:1. C>$/C>M ' M.".7roo&er and [email protected] "earson Education / "HI.2. C>$/C>M ' ".,.ao TMH

.E 859 FINITE EE.ENT .ET/*DS


Lecturers/ 'utorials: 4+1 -eriods / .eek Sessional Marks : 40 University Exam: ! "rs University Exam Marks: #0

UNIT I

Fundamental 'once,ts: Introduction historica# 'ac9round >na#sis o! =-$ stresses

Gstrains stress-strain re#ations stress cu'ic rincia# stress ca#icu#ations temeraturee!!ects otentia# ener and e%ui#i'rium the a#eih-it; method @eihted esidua#Method 7a#er9ins method Saint &enants rinci#e on Mises stress. (1)

UNIT II

!asic 'once,ts of F3E3.3 and *ne Dimensional Problems : Fundamenta# concetsFinite E#ement Mode#in Coordinates and Shae !unctions The "otentia# Ener

>roach The 7a#er9in >roach >ssem'# o! the 7#o'a# Sti!!ness Matri3 and *oadector "roerties o! 7#o'a# Sti!!ness Matri3 The Finite E#ement e%uationsL Treatment o! 'oundar conditions E3am#es o! >3ia## *oaded Mem'ers. ()

Anal$sis *f Plane Trusses: Introduction Plane 'russes: *oca# and 7#o'a# Coordinate

sstems E#ement Sti!!ness Matri3 Stress Ca#cu#ations E3am#e o! #ane Truss 0ith threemem'ers. (A)

UNIT IIIT0o Dimensional Problems : Introduction "#ane Stress and "#ane Strain FiniteE#ementMode#in Constant Strain Trian#e (CST)L Iso-arametric reresentation "otentia#Ener >roach E#ement Sti!!ness Force terms 7a#er9in >roach Stress ca#cu#ation"ro'#em mode#in and 'oundar conditions E3am#es o! #ane Stress and #ane Strainro'#ems 0ith three derees o! !reedom usin CST E#ement. (1)Sti!!ness o! Beam E#ement $e!initions o! Iso-arametric and su'-arametric E#ements. ()

:age ; 79



UNIT IV

Ai-S$mmetric solids sub<ected to Ai-S$mmetric loading: Introduction >3i-Smmetric!ormu#ation FEM usin trianu#ar e#ement ro'#em mode#in and 'oundar conditions. ()Scalar Field Problems 4 Introduction stead-state heat trans!er one-dimensiona# heatconduction o&ernin e%uation 'oundar conditions the one dimensiona# e#ement!unctiona# aroach !or heat conduction. (1)

Tet !oo"s:1. Introduction to Finite E#ements in Enineerin ' Chandruat#a GB e#eundu "HI.2. Finite E#ement >na#sis ' ".Seshu "HI u'#ications

#eferences:1. Finite E#ement >na#sis ' C.S.<rishnaMoorth.2. Finite E#ement >na#sis ' *.?.Seer#ind.

=. $a&id . Hutton OFundamenta#s o! Finite E#ement >na#sis OMc 7ra0 Hi## Coman..E 85 EE'TIVE T/#*U(/ .**'S


Lecturers/ 'utorials: 4 -eriods / .eek Sessional Marks : 40

University Exam: ! "rs University Exam Marks: #0

:age ; 80



.E895 ANACSIS A!*#AT*#C

$/$ &'ec" (Mec") *irst Semester

Practicals : 4 -eriods / week Sessional Marks : 40


The !o##o0in ana#sis can 'e er!ormed ' usin an o! the ana#sis so!t0ares #i9e

>,SYS >*7+ ,>ST>, ,IS> >B>5S etc.

53 STATI' ANACSIS: Truss and Frame Structures

2-$ truss

=-$truss

Beam

ana#sis

63 STATI' ANACSIS: T0o Dimensional Problems

2-$ structure 0ith &arious #oadins

2-$ structures 0ith di!!erent

materia#s "#ate 0ith ho#e

73 DCNA.I' ANACSIS: .odal And Transient Anal$ses

Moda# ana#sis

Transient esonse (srin-mass sstem)

8 N*N-ST#U'TU#A P#*!E.S

Stead State heat trans!er

Transient heat trans!er

#EFE#EN'ES:

1. Introduction to Finite e#ements in Enineerin ' Chandruat#aGBe#eundu "HI.2. 000.mece.ua#'erta.ca.=. >nss !or desiners ' Sham Tic9oo $ream Tech "ress

:age ; 81



.E 896 DESI(NS @ .ET#**(C A!*#AT*#C


Practicals : 4 -eriods / .eek Sessional Marks : 40


2ny Ten Ex-eriments s"ould e -erormed:

1. >n#e and taer measurement ' Be&e# "rotractor G Sine Bar.2. Interna# and E3terna# taer measurement usin Ba## G o##ers

=. Measurin e!!ecti&e dia. +! thread usin 2 0ire = 0ire method.

K. Measurin ear tooth thic9ness usin ear tooth &ernier.

. Measurin interna# dia. usin 'ore dia# aue.

8. >#inment test on #athe machine

A. >#inment test on dri##in machine

. >#inment test on mi##in machine

:. Measurin e3terna# diameters usin MicrometerG "#ot R G Charts

1. Measurement o! sur!ace !inish usin sur! tester

11. Measurin di!!erent arameters o! a thread / ear usin tooth ro!i#e roector

12. i'ration measurements

1=. 7roscoe

1K. Ba#ancin

1. @hir#in o! sha!ts

18. 7o&ernor

1A. C>M >na#sis

1. @ear G Friction measurement

1:. Force G Tor%ue measurement

2. ?ourna# Bearin

21. "hoto e#astic Bench

22. Measurement o! cuttin !orces usin #athe too# dnamometer

2=. Measurement o! cuttin !orces usin dri## too# dnamometer.

:age ; 82



.E 897 Interns&i,

$ %ear &'ec" (Mec") :: *irst Semester

Practicals : Sessional Marks : 100


:age ; 8



.E 898 P#*?E'T 1or" Part A$ %ear &'ec" (Mec") *irst Semester

Practicals : 2 "eriods/@ee9 Sessional Marks: 0 University Exam : ! "rs University Exam Marks 0

.E 865 .E'/AT#*NI'S$1%ear&'ec" (Mec") Second Semester


UNIT I

Introduction to .ec&atronics: sensors G transducers4 Introduction er!ormancetermino#o c#assi!ication o! sensors termino#o c#assi!ication o! sensors se#ection o! sensors. ()

Signal 'onditioning: Introduction data ac%uisition 6 uanti;in theor ana#o to diita#con&ersion diita# to ana#o con&ersion. ()Data Presentation S$stems: $ata resentation e#ements manetic dis#as dataac%uisition sstems sstems measurement testin and ca#i'ration. ()

UNIT II

Actuation S$stems4 "neumatic and hdrau#ic actuation sstems steer motors. (A)

S$stem .odels: Mode#in o! one and t0o derees o! !reedom mechanica# e#ectrica# !#uid

and therma# sstems. B#oc9 diaram reresentations !or these sstems. ()

UNIT III

D$namic #es,onse o! sstems ;ero order First order and second order sstems.

B#oc9diaram reresentation Trans!er !unction. Sstems in series Sstems 0ith !eed

'ac9#oos !re%uenc resonse. (A)

'losed oo, 'ontrollers: Continuous and discrete rocesses contro# modes t0o steroortiona# deri&ati&e intera# "I$ contro##ers. ()

UNIT IV

P' : Introduction 'asic structure I/" +/" rocessin rorammin #adder

diaramstimers interna# re#as and counters data hand#in ana#oue inut and oututse#ection o! "*C. (A)

Design: $esinin mechatronics sstems ossi'#e desin so#utions case studies o! mechatronics sstems-ic9 and #ace ro'ot. ()

TE)T !**%:

Mechatronics ' @.Bo#ton ("earson)

#EFE#EN'E !**%S:

:age ; 8



1. Mechatronics ' Maha#i9

2. Introduction to Mechatronics 6 $a&id and >#caitore Michae# B.Histand (TMH)

=. Mechanica# Measurement 6 $.S.<umar.

K. Mechatronics B7.+n0u'o#u -E#se&ier.

. Mechatroncis sstem $esin 6 $e&dasshettG ichard <o#9 (Thomson)

.E 866 ENE#(C #ES*U#'ES UTIIGATI*N$1 %ear &'ec" (Mec") Second Semester

Lectures : 4 -eriods / week Sessional Marks : 40 University Exam : ! "rs University Exam Marks : #0

UNIT IIntroduction: arious Ener sources tes o! o0er #ants. (1)

/$dro Electric Po0er Plant: Hdro#o ain!a## un o!! and their

measurementhdrorah F#o0 duration cur&e Mass cur&e and ca#cu#ation o! storae

caacit site se#ection o! hdro #ant di!!erent tes o! hdro #ants. (:)

Diesel and (as Turbine Po0er Plants: C#assi!ication main comonents o! #ant #ant#aout a#ication and comarison 0ith other #ants. ()

UNIT II

T&ermal Po0er Plant: 7enera# #aout Fue#s Coa# ana#sis Coa# hand#in 'urnin o!

coa#- sto9er and u#&eri;ed sstems >sh hand#in sstems ES" ,eed !or $rauht Hih-ressure 'oi#ers Condensers coo#in onds and to0ers (0et and dr tes) $eaeration.

(1)

UNIT III

Nuclear Po0er Plants: ,uc#ear Fission ,uc#ear Fue#s Comonents o! eactor tes

o!,uc#ear eactors Breedin Fast Breeder eactor adiation shie#ds nuc#ear 0aste

disosa#.

Fluctuating oads on Po0er Plants: arious er!ormance Factors (#oad !actor di&ersit

!actor use !actor etc.). (=)

Po0er Plant Economics: Fi3ed costs oeratin costs cost er 9@h comarison o! !i3edand oeratin costs o! hdro therma# nuc#ear #ants o0er tari!!s (=)

Pollution and 'ontrol: Introduction articu#ate and aseous o##utants therma# o##utionand so#id 0aste o##ution methods to contro# o##ution - 'rie! descrition. (2)

UNIT IV

Solar Energ$: So#ar co##ectors so#ar ener storae so#ar onds so#ar ener uti#i;ationand a#ications. (K)

1ind Po0er: Basic rinci#e di!!erent tes o! 0ind mi##s 0ind ener con&ersion

sstems other a#ications. (=)

(eot&ermal Po0er: sources ener con&ersion sstem. (2)

*TE': ocean therma# ener con&ersion sstems introduction to tida# o0er. (=)

Direct Energ$ 'on2ersion S$stems: Fue# ce##s MH$ So#ar ce##. (=)

TE)T !**%S:

1. "o0er "#ant Enineerin - 7.. ,aa# <hanna u'# ,e0 $e#hi

2. "o0er "#ant Enineerin 6".<.,a TMH

=. ,on Con&entiona# Ener Sources - 7.$. ai <hanna u'# ,e0 $e#hi.

#EFE#EN'E !**%S:

1. "o0er "#ant Techno#o - M.M. E# @a9i# M7H ,e0 Yor9.

2. "rinci#es o! Ener Con&ersion - >[email protected]# M7H ,e0 Yor9.

:age ; 85



.E 867A #*!*TI'S

$$$ %ear &'ec" (Mec") :: Second Semester +$e'ti,e - III Lectures : 4 Periods / week Sessional Marks: 40


UNIT I

Introduction to o'otics maor comonent so a ro'ot ro'otic #i9e de&ices c#assi!ication o! ro'ots 6 C#assi!ication ' coordinate sstem and ' contro# method Seci!ications o! ro'ots!i3ed &ersus !#e3i'#e automation economic ana#sis o&er&ie0 o! ro'ot a#ication.(1)

UNIT II#obot End Effectors: Introduction end e!!ectors inter!acin tes o! end e!!ectorsriers and too#s considerations in the se#ection and desin o! remote centered de&ices.(1)

UNIT III

#obotic Sensor$ De2ices :+'ecti&e ,on-otica# osition sensors 6 otentiometerssnchros inductocn otica# osition sensors 6 oto interruters otica# encoders(a'so#ute G incrementa#)Proimit$ Sensors :Contact te non contact te 6 re!#ected #iht scannin #aser sensors.Touc& @ Sli, Sensors :Touch sensors 6 ro3imit rod G hoto detector sensors s#isensors 6 Forced osci##ation s#i sensor interruted te s#i sensors !orce and tor%uesensors. 1N

UNIT IV

Transformations and %inematics: +'ecti&es homoenous coordinates 'asictrans!ormation oerations !or0ard so#ution 6 $ena&itHarten'er rocedure. Sim#e

ro'#ems in&o#&in #anar maniu#ators in&erse or 'ac90ard so#ution 6 ro'#ems in&o#&edtechni%ues. (1)TE)T !**%S :

1. o'otic Enineerin ' ichard $.<#a!ter

2. Industria# o'otics ' Mi9e##".7roo&er

#EFE#EN'E !**%S :

1. Introduction to o'otics 6 ?ohn ?.Ceai

2. o'otics 6 <.S.Fu 7on;a#e; GHee=. o'otics !or Enineers ' Yoram<oren.

:age ; 86



.E 867 ! '*.PUTE# AIDED DESI(N

$$$ %ear &'ec" (Mec") Second Semester +$e'ti,e - III

*ectures 4 K "eriods / 0ee9 Sessiona# Mar9s 4 K


UNIT I

Introduction: Fundamenta#s o! C>$ $esin rocess >#ications o! comuter !or

desinBene!its o! C>$ Comuter erihera#s !or C>$ 0or9 station 7rahic termina#C>$ so!t0are C>$ data'ase and structure.(A)

Dis,la$ De2ices: ideo dis#a de&ices 6 aster scan dis#a CT $ST

Inherentmemor dis#a de&ices andom Scan $is#a aster scan sstems andom

scan sstems

6 and 0or9 station Inut de&ices.()

UNIT II

Primiti2es: "oints and *ines *ine dra0in a#orithms $$> a#orithm Bresenhams #ine

a#orithm Circ#e eneration a#orithm Mid oint circ#e a#orithm. (A)

(eometric .odeling4 2$ 0ire !rame mode#in =$ @ire !rame mode#in @ire

!ramemode#s Entities and their de!initions. Concet o! "arametric and nonarametric

reresentation o! cur&e Cur&e !ittin techni%ues $e!initions o! cu'ic s#ines. ()

UNIT III

Surface .odeling: Sur!ace mode#in and entities >#e'raic and eometric !orm"arametric

sace o! Sur!ace B#endin !unctions Sur!ace o! re&o#ution (A)Solid .odeling: So#id mode#s So#id entities So#id reresentation S0ee reresentation

Constructi&e so#id eometr and Boundar reresentation So#id mode#in 'ased

a#ications. ()

UNIT IV

(eometric Transformations: Trans!ormation "rinci#es Trans#ation Sca#in

otationMatri3 eresentations and Homoeneous Coordinates Comosite

trans!ormations. (1)

1indo0s and 'li,,ing: Introduction The ie0in Trans!ormation ie0in

trans!ormation im#ementation C#iin oeration. ()

TE)T !**%S:

1. C>$/C>M ' Mi9e# ".7roo&er and Emor @.immers"rentice Ha## o! India $e#hi2. C>$/C>M ' ".,.ao Tata Mc7ra0hi## $e#hi=. C>$/C>M ' I'rahim eid Tata Mc7ra0hi##$e#hi.K. "rinci#es o! Interacti&e Comuter 7rahics ' ,e0man and Srou## Mc7ra0hi##

:age ; 87



.E 867 ' : NAN* TE'/N**(C

$ %ear &'ec" (Mec") :: Second Semester +$e'ti,e - III



UNIT - I

Introduction: E&o#ution o! science and techno#o Introduction to

,anotechno#o,anotechno#o-$e!inition $i!!erence 'et0een ,anoscience and,anotechno#o Fenman redictions on ,anotechno#o Moores #a0 Bottom u and to

do0n aroaches

cha##enes in ,anotechno#o . (1)

UNIT - II

Nano materials+ S$nt&esis :o! ,anostructured materia#s a#ications o! nanomateria#s.

Histor o! materia#s ,anomateria#s-$e!inition C#assi!ication causes o! interest in

nanomateria#s some resent and !uture (A)

Processing of nano materials: "rocesses !or roducin u#tra!ine o0ders-

mechanica#rindin 0et chemica# snthesis o! nanomateria#s. 7as hase snthesis o! nano materia#s as

condensation rocesses chemica# &aour condensation #aser a'#ation. ()UNIT - IIIS,ecial nanomaterials :Car'on nanotu'es nano comosites nano !#uids->n o&er&ie0o&errearation roerties a#ications. (A)

'&aracteri4ation and tools 4 E#ectron Microsco Techni%ues4 Scannin

E#ectronMicrosco Transmission E#ectron Microsco Scannin Tunne#in Microsco

>tomic Force Microsco Scannin "ro'e Microsco6 R ra methods 6F#uorescence ()

UNIT - IV

Nanofabrication :Introduction 6 micro nano!a'rication4 +tica# #ithorah E#ectron

'eam#ithorah >tomic #ithorah Mo#ecu#ar 'eam eita3 MEMS ,EMS 6>n

introduction. (:)

Nanotec&nolog$ a,,lications in .ec&anical Engineering :,anomechanics

nanosca#eheat trans!er nanomachinin mo#ecu#ar dnamic simu#ation 6 >n introduction (8)

Tet !oo"s :

1. ,ano materia#s ' ?.$uttaGH.Ho!man.

2. ,ano structures G,ano materia#s ' 7uo;honcao Imeria# co##ee ress.

#eference !oo"s :

1. Micro manu!acturin and ,ano Techno#o ' ,.".Maha#i9.

2. ,ano Techno#o ' Mar9 atner G$anier atner "rentice Ha##=. ,ano materia#s ' > S Ede#steinG C Cammarata Institute o! hsics u'#ishin

Bristo# and "hi#ade#hia.

:age ; 88



.E 867D AUT*.*!IE EN(INEE#IN($1 %ear &'ec" (Mec") Second Semester


UNIT I

Introduction: C#assi!ication o! &ehic#es 6 a#ications otions o! rime mo&ers

transmission and arranements. (K)

Engine: Enine C#assi!ications - num'er o! stro9es c#inders tes o! com'ustion

cham'ers!or etro# and diese# enines &a#&es &a#&e arranements and oeratin

Mechanisms "iston -

desin 'asis tes iston rins !irin orderL Cran9sha!ts F#0hee#. (A)

Assorted Equi,ment: Fue# su# ums Mechanica# and E#ectrica# te $iahram

ums >ir and Fue# Fi#ters suer charers Mu!!#ers. (K)

UNIT II

'ooling S$stems: ,eed !or coo#in sstem >ir and 0ater coo#in. (=)

ubricating S$stems: arious #u'ricatin sstems !or I.C. Enines. (=)

Electrical S$stem: Inition sstem Sar9 #us $istri'utor E#ectronic Inition >#ternatorcutout Current and &o#tae reu#ators charin circuit startin motors #ihtininstruments

and accessories. (:)

UNIT III'&assis @ Transmission S$stems: Introduction to Chassis G Transmission C#utches 6

Sin#e-#ate and Mu#ti-#ate c#utches Centri!ua# c#utches 0et and dr te actuatinmechanisms. (A)Transmission: 7ear Bo3 - Theor Four seed and Fi&e Seed S#idin Mesh Constant

meshG snchromesh te se#ector mechanism automatic transmission o&erdri&e

roe##er sha!t

di!!erentia# - rinci#e o! 0or9in. ()

UNIT IVSus,ension S$stems: ,eed !or susension sstems srins shoc9 a'sor'ers a3#es 6!ront

and rear di!!erent methods o! !#oatin rear a3#e !ront a3#e and 0hee# a#inment. ()

Ve&icle 'ontrol: steerin mechanisms and o0er steerin tes o! 'ra9es and 'ra9eactuation mechanisms (air and hdrau#ic). (A)TE)T !**%S:

1. >utomo'i#e Enineerin -7.B.S.,aran.2. >utomo'i#e Enineerin - .B.7uta=. >utomo'i#e Enineerin - o# I G II - <ira# Sinh

#EFE#EN'E !**%S:1. >utomoti&e Mechanics - ?oseh Heitner 2. >utomo'i#e Enineerin - S.Srini&asan

:age ; 89



.E 868 A '*.PUTE# (#AP/I'S

$1 %ear &'ec" (Mec") Second Semester +$e'ti,e - IV



UNIT I

(eometr$ and ine (eneration: Introduction *ines *ine sements "erendicu#ar *ines

$istance 'et0een a oint and a *ine ectors "i3e#s and Frame Bu!!ers. (A)

(ra,&ic Primiti2es: Introduction $is#a de&ices "rimiti&e oerations The $is#a-Fi#e

Interreter ,orma#i;ed $e&ice Coordinates $is#a-Fi#e structures. ()

UNIT II

Point Plotting Tec&niques: Coordinate sstem Incrementa# methods *ine $ra0in

>#orithms Circ#e enerators. (A)

ine Dra0ing Dis,la$s: The CT Inherent-Memor de&ices The storae-Tu'e dis#a

The e!resh *ine-$ra0in $is#a. ()

UNIT III

Pol$gons: Introduction to "o#ons "o#on reresentation "o#on Inter!acin

>#orithms Fi##in "o#ons Fi##in 0ith a attern Initia#i;in >ntia#iasin. (A)

Transformations: Introduction Sca#in Trans!ormations otation

HomoeneousCoordinates and Trans#ations Coordinate Trans!ormations otation a'out

an >r'itrar

oint In&erse Trans!ormations. ()

UNIT IV

Segments: (A$!orit*mi' Approa'* on$y) :Introduction The Sement ta'#e Sement

creation C#osin a Sement $e#etin a Sement enamin a Sement. (A)

1indo0ing and 'li,,ing: Introduction The ie0in Trans!ormation

ie0intrans!ormation im#ementation C#iin The Cohen-Suther#and >#orithm C#iin

o! "o#ons. ()

TE)T !**%4

Comuter 7rahics ' Ste&en Harrinton.

#EFE#EN'E !**%S:

1. "rocedura# e#ements !or Comuter 7rahics ' oers.2. "rinci#es o! Interacti&e 7rahics ' ,e0man and Srou##.

:age ; 90



.E 868! #EF#I(E#ATI*N @ AI#'*NDITI*NIN(

$ %ear &'ec" (Mec") Second Semester + $e'ti,e - IV



UNIT I

Introduction to #efrigeration: ,ecessit and a#ications unit o! re!rieration andC.+."mechanica# re!rieration tes o! idea# cc#e o! re!rieration e!rierants- desira'#e

roerties common# used re!rierants nomenc#ature. (8)Air #efrigeration: Be## Co#eman cc#e and Braton cc#e +en and $ense air sstems>ctua# re!rieration sstem re!rieration needs o! aircra!ts adotion o! air re!rieration ?usti!ication tes o! sstems ro'#ems. (:)UNIT II

Va,our 'om,ression #efrigeration: @or9in rinci#e essentia# comonents o!

#antsim#e &aor comression re!rieration cc#e Mu#ti ressure sstems 6 mu#tistae

comression mu#ti e&aorator sstem Cascade sstem use o! 6 h charts ro'#ems. ()S$stem 'om,onents4 Comressors- enera# c#assi!ication comarison ad&antaesanddisad&antaes Condensers - c#assi!ication 0or9in E&aorators - c#assi!ication

0or9in E3ansion de&ices - tes 0or9in. (A)UNIT III

Va,our Absor,tion S$stem: Ca#cu#ation o! ma3 C+" descrition and 0or9in o! ,H =-0ater sstem *i - Br H2+ sstem rinci#e o! oeration o! three !#uid a'sortion sstemandsa#ient !eatures. (1)

Steam ?et #efrigeration: "rinci#e o! 0or9in a#ication merits and demerits. (2)Non-'on2entional #efrigeration .et&ods: "rinci#e and oeration o! thermoe#ectric

re!rierator and orte3 tu'e or Hirsch tu'e. (=)UNIT IV

Introduction to Air 'onditioning: "schrometric roerties and rocesses sensi'#e

and#atent heat #oads S6#oad characteri;ation and SHF need !or &enti#ation in!i#tration

concets o! SHF >SHF ESHF G >$" concet o! human com!ort and e!!ecti&etemerature

com!ort air conditionin industria# air conditionin re%uirements air conditionin #oadca#cu#ations. (:)Air 'onditioning S$stems: C#assi!ication o! e%uiment coo#in heatin

humidi!icationand dehumidi!ication !i#ters ri##s and reisters deodorants !ans and

'#o0ers heat um

heat sources di!!erent heat um circuits a#ication. (8)

TE)T !**%S:1. e!rieration and air conditionin - C.".>rora TMH.

2. e!rieration and >ir conditionin - Manohar "rasad ,e0 >e India ,e0 $e#hi.

=. > course in re!rieration and air conditionin - S.C.>roraG$om9und0ar $hanataiG sons ,e0 $e#hi.

#EFE#EN'E !**%S:

1. "rinci#es o! e!rieration -$ossat.

2. e!rieration and air conditionin - Stoec9er.N*TE: #efrigeration and Air conditioning Data boo" b$ .ano&ar Prasad is allo0ed int&e Uni2ersit$ Eamination

:age ; 91



.E 868' P#*DU'TI*N PANNIN( AND '*NT#*

$ %ear &'ec" (Mec") Second Semester + $e'ti,e - IV


UNIT IIntroduction 4 $e!inition 6 +'ecti&es o! roduction "#annin and Contro# 6 Functions o!roduction #annin and contro# 6 E#ements o! roduction contro# 6 Tes o! roduction

6 +rani;ation o! roduction #annin and contro# deartment 6 Interna# orani;ation o!deartment.Forecastin 6 Imortance o! !orecastin 6 Tes o! !orecastin their uses 6 7enera#rinci#es o! !orecastin 6 Forecastin techni%ues 6 %ua#itati&e methods and %uantiti&emethods.

UNIT IIIn&entor manaement 6 Functions o! in&entories 6 re#e&ant in&entor costs 6 >BCana#sis 6 E$ ana#sis 6 E+ mode# 6 In&entor contro# sstems 6 "6Sstems and-SstemsIntroduction to M" G E" *+B (*ine o! Ba#ance) ?IT in&entor and ?aaneseconcets.

UNIT IIIoutin 6 $e!inition 6 outin rocedure 6oute sheets 6 Bi## o! materia# 6 Factorsa!!ectin routin rocedure. Schedu#e 6de!inition 6 $i!!erence 0ith #oadinSchedu#in "o#icies 6 Techni%ues Standard schedu#in methods

UNIT IV

*ine Ba#ancin >reate #annin Chase #annin E3editin contro##in asects.

$isatchin 6 >cti&ities o! disatcher 6 $isatchin rocedure 6 !o##o0 u 6 de!inition 6eason !or e3istence o! !unctions 6 tes o! !o##o0 u a#ications o! comuter inroduction #annin and contro#.

TE)T !**%S 4

1. E#ements o! "roduction "#annin and Contro# / Samue# Ei#on.2. Modern "roduction/ oeration manaements / Ba!!aG a9esh Sarin

#EFE#EN'ES :

1. +erations Manaement 6 S.,. Char.2. In&entor Contro# Theor and "ractice / Martin <. Starr and $a&id @. Mi##er.=. e#ia'i#it Enineerin G ua#it Enineerin ' $r. C. ,adha Muni edd and $r.<.iaa <umar edd 7a#otia "u'#ications "&t. *imited.K. "roduction Contro# > uantitati&e >roach / ?ohn E. Biee#.

. "roduction Contro# / Moore.8. +erations Manaement / ?oseh Mon9s.



.E 868D FUID P*1E# @ '*NT#* SCSTE.S

$ %ear &'ec" (Mec") :: Second Semester +$e'ti,e - IV

'"ery : 4 Periods / week Sessional Marks : 40


UNIT I

/udraulic Pum,s @ Pressure #egulation: "ressure reu#ation um tes4 7ear

"umane "um "iston "um Com'ination "ums. se#ection and seci!ication o!

ums um

characteristics (:)

Air 'om,ressors: Tes4 "iston Scre0 rotar and $namic comressors . (8)

UNIT II

/$draulic @ Pneumatic Actuators: *inear and otar >ctuators-Se#ection Seci!ication

and Characteristics Hdrau#ic and neumatic accessories (1)

UNIT III

'ontrol and #egulation Elements: "ressure-direction and !#o0 contro# &a#&es re#ie! &a#&es

non return and sa!et &a#&es-actuation sstems. (1)

UNIT IV

/$draulic 'ircuits: ecirocation %uic9 return Se%uencin snchroni;in circuits-

accumu#ator circuits-industria# circuits-ress circuits-hdrau#ic mi##in machine-rindin

#annin coin !or9#i!t earth mo&er circuits-desin and se#ection o! comonents-sa!etand emerenc mandre#s. 1N

TE)T !**%:

1. >ndre0 "arr Hdrau#ics and "neumatics (HB) ?aico "u'#ishin House 1:::

#EFE#EN'ES:

1. >nton Esossito F#uid o0er 0ith >#ications "rentice Ha## 1:

2. $ud#et>."ease and ?ohn ?."iener Basic F#uid "o0er "rentice Ha## 1:A



.E 85 '*.PUTE# AIDED .ANUFA'TU#IN( A!*#AT*#C

$ %ear &'ec" (Mec") :: Second Semester

Practicals : 4 -eriods / .eek Sessional Marks : 40


2ny Ten Ex-eriments s"ould e -erormed:

1. Manua# "art "rorammin e3am#es in #ain turnin ste turnin taer turnincontour turnin thread cuttin dri##in 'orin taer 'orin counter 'orin artino!! 0ith and 0ithout usin Canned Cc#es and su' rorams on C,C *athe

2. Manua# "art "rorammin e3am#es in dri##in oc9et mi##in and ro!i#e mi##in

0ith and 0ithout usin Canned Cc#es and su' rorams on C,C Mi##in

Machine.

=. Mode##in art roram eneration and too# ath simu#ation usin an one o! the

C>M so!t0are ac9aes #i9e Master C>M Ede C>M Ideas "ro - E C>TI>etc.



.E 86 : P#*?E'T 1*#% PA#T-!

$ %ear &'ec" (Mec") :: Second Semester

"ractica#s 4 2 "eriods / 0ee9 Sessiona# Mar9s 4


T&e Pro<ect #e,ort &as to be submitted at t&e end of t&e semester and mar"s

0ill be a0arded based on t&e Vi2a-2oce eamination

Documents

Mechanical R-15 Syllabus