TheMaharajaSayajiraoUniversityOfBaroda … CIVIL... · 2020. 2. 5. · 2 Srivastava,Dhavan:TextBookofEngineeringMathematics,DhanpatRai&Sons. 3 Shantinarayan:DifferentialCalculus,S.Chand&Co.NewDelhi

The Maharaja Sayajirao University Of BarodaFaculty Of Technology And EngineeringDepartment Of Applied MathematicsKalabhavan, Vadodara -390001.Phone : 912652434188, Email : [email protected]

ACADEMICYEAR

2019-20FSBE-I:C,M,E,Chem, Electro., Comp. Sc i., Met, IWM, TE, TT,TP

YEAR I CORE /Elective/Foundation 1:AMT 1101: APPLIED MATHEMATICS-I

CREDIT 4

Semester I HOURS 45OBJECTIVES Mathematics is a necessary avenue to scientific knowledge which opens new vistas of

mental activity. A sound knowledge of Applied Mathematics to engineering students isextremely useful to attain new heights in all aspects of engineering practice. TheObjective of this course is to serve applicationoriented essential mathematics which is useful to the engineers in variety ofengineering fields.

COURSE CONTENT / SYLLABUSUNIT-I Calculus: 07 hrs.

Reorientation, Functions of one variable Application of derivatives,Curvature, Successive differentiation, Partial derivatives, Leibnitz rule for the nthorder derivative of a function, Techniques of partial derivatives.

UNIT-II Infinite Series: 08 hrs.Sequence and their convergence , convergence and divergence of infinite series,Geometric series, P – Series, Necessary condition for convergence, Comparisontest, ratio test Absolute convergence and conditional convergence of alternatingseries, Maclauarin’s & Taylor’s expansion with reminder form, Indeterminate formsL’Hospital’s rule

UNIT-III Complex Algebra: 06 hrs.Complex numbers & their geometrical representation, Complex numbers in polar form,Demoivre’s theorem and its applications, Exponential,logarithmic, trigonometric & hyperbolic functions.

UNIT-IV Differential Equations: 06 hrs.Reorientation, Modeling of engineering systems pertaining to first order differentialequations, Exact differential equations, integrating factors, Unified approach to firstorder ordinary differential equations, Equations of first order and higherdegree.

UNIT-V

Linear differential equations of higher order with constant coefficients and withvariable coefficients. Models of higher order differential equations. 06 hrs.

UNIT-VIMethod of variation of parameters, Simultaneous linear differential equations, Methodof solution in series. Bessel and Legendre’s equations Properties of Bessel functionsIntroduction to Legendre polynomials

12 hrs.

REFERENCES1 Erwin Kreyszing:Advanced Engineering Mathematics, (6thedition) Johnwilley & Sons.2 Srivastava, Dhavan:Text Book of Engineering Mathematics, Dhanpat Rai & Sons.

3 Shantinarayan:Differential Calculus, S. Chand & Co. New Delhi.4 Willfred Kaplan:Advanced Calculus, Addison Weseley Publ. Company, Inc.5 C. R. Wylie:Advanced Engineering Mathematics, Mc. Graw – Hill, Inc.

mailto:[email protected]

The Maharaja Sayajirao University of BarodaFaculty Technology and EngineeringDepartment of Civil Engineering

ACADEMIC YEAR2019-2020

B. E. (Civil, Mech., Elec., Chem., Met. & Mat Sci., Electronics, IWM, Comp. Sc. & Engg., Text.Engg., Text.Tech,Text. Processing.)

: Regular ProgramYEAR I Core / Elective / Foundation

CVL 1104 : FUNDAMENTALS OF CIVIL and ENVIRONMENTALENGINEERING (REVISED)

CREDIT 4

Semester IHOURS 52

OBJECTIVES: To impart brief fundamental concept related to various materials and their use in building constructionTo study environmental pollution comprehensively andStudents will know concept of linear and angular measurementsStudents will be aware of various constructional practices

COURSE CONTENT / SYLLABUSUNIT-I Building Material 14 hrs.

Stone - Introduction to stone – Uses of stone – Characteristics of good building stone –Availability, suitability and properties of different stone. Bricks - Comparison between stone workand brick work – Advantages of bricks – Characteristics of good brick – Standard test for brickalong with field test for brick. Lime - Classification of Lime, Precautions in handling Lime.Cement - Basic ingredient of ordinary cement – Physical properties of cement – Field examinationsof cement – Storing of cement and its uses. Timber - Introduction to timber – Importance ofseasoning – Wood base product. Steel - Introduction – Use of different form of steel – Marketableforms of steel. Aggregates. Bitumen. FRP. Optical fiber. Plastic - Properties of plastics – Typesand uses of plastic.

UNIT-II Environmental Science and Sustainable Development 12 hrs.Introductory Environmental Engineering Terminology–– Introduction to various types ofpollution- Water and land pollution and remedial measures for control, water and wastewaterquality criteria – Disposal of wastes – Air pollution and remedial for control – Ecology,Environmental Protection and legislation. Hydrologic cycle, Rain water harvesting, Greenbuilding, Solid waste management, Environment Impact Assessment, Basic environmentalchemistry, Sustainable development – clean development mechanism, Global warming, Ozonelayer depletion, Acid rain, and Climate change.

UNIT-III Surveying and Leveling 14 hrs.Surveying - Introduction – Principle – Object of survey – Classification – Basic instruments oflinear and angular measurements – chain, tape, Offsetting, Types of offsets, Ranging methods.Prismatic compass, Types of meridians, Types of bearings. Traverse survey: open and closedExamples based on compass. Leveling – Definitions – Computation of reduced levels–Introduction to contour, Methods of leveling and Examples on Level. Modern tools: Introductionto Theodolite, Total station – Introduction to GPS, GIS, Remote sensing.

UNIT-IV Building Construction 12 hrs.Building Construction & Infrastructures: Types of constructions – roads, pipelines, transmissionlines – Typical details of load bearing and framed structures – Brief discussion and illustrationalsketches of typical important building components – Foundation – Functions, Types of foundationssuch as Spread footing, Stepped footing, Isolated and Combined column footing, Raft, and Grillagefoundation. Lintels – Function, Types of lintel. Flooring, Roofing. Mortar and concretespecifications – Ingredients for mortar and concrete – classification of mortar and concrete –selection of mortar and its uses – precaution in using mortar – Pre-stressed concrete – grades ofconcrete, Internet of things for buildings, Hydropower plants.

REFERENCES1 Arora S.P. and Bindra S.P. (2012), A text book of Building Construction, Dhanpatai and Sons, Publishers.2 Rangwala S.C. (2012), A text book of Building Construction, Charotar Publishing House, India.3 Gilbert M Masters, (2006), Introduction to Environmental Engineering & Science, Prentice Hall of India Pvt. Ltd.

New Delhi4 Deshpande P.D., (2009) Basic Civil Engineering, Nirali Prakashan Pune.5 G.S.Birdie, Water supply & Sanitary Engg., Dhanpatrai & Sons.6 S.C.Rangwala, Engg. Materials, Charotar Books Staff, Anand.7 Janardan Jha Building Material

8 Surendra Singh, Building Material, Vikas Pub. Pvt. New Delhi.9 D.N.Ghose, Material of Construction, Tata McGraw Hill Pub. Co. Ltd. New Delhi10 Surveying & Levelling – Kanetkar & Kulkarni Vol-I A.V.G. Prakashan, Puna.11 Elementary Survey – B.C.Punmia Vol-I. Laxmi Pub. Dariya Gunj, New Delhi.12 Surveying & Levelling – S.C.Rangwala, Charotar Pub. House, Anand.



B E Civil & IWM: Regular ProgrammeYEAR I Core / Elective / Foundation

MET 1101:Materials ScienceCREDIT 3L+

1TSemester I HOURS 52

OBJECTIVES:

COURSE CONTENT / SYLLABUSUNIT-I Introduction of Engineering Materials: Metallic Materials, Ceramic Material, Polymers, Composite and

Nano-materials.UNIT-II Crystal Structure: crystallography, Atomic structure and; Structure of crystalline solids, Lattices, unit cells;

Crystal systems, Bravais lattices; Indexing of directions and planes, notations, Inter-planar spacings andangles, Co-ordination number, packing factors stacking sequence in BCC, FCC and HCP.

UNIT-III Mechanical Properties of Materials: Concepts of stress and strain, Stress-Strain diagrams; Propertiesobtained from the tensile test, Elastic deformation, Plastic deformation, Impact Testing & toughnessbehavior, Hardness of materials.

UNIT-IV Phase diagrams: Gibbs phase rule, Binary phase diagram its types, Solid solution – Hume Rothery Rules,Imperfections: Point defects, Line defects, Burgers vector and its representation.Surface defects – grain boundary, tilt boundary and twin boundary, Grain, Grain size number.

UNIT-V Ceramic Materials: Introduction, ceramic structures, silicate structures, Processing of ceramics;Properties, glassesComposite Materials- Introduction, classification, metal-matrix, ceramic–matrix and polymer matrixcomposites

UNIT-VI Corrosion: Types of corrosion – Dry and Wet corrosion, Electro chemical and oxidation (Chemical)corrosion, Corrosion prevention – anodic and cathodic protection & coatings.

UNIT-VII Electrical & Electronic Materials: Intrinsic and Extrinsic Semi conductivity, Dielectric material, Piezo-electric materials, Magnetic Materials: Introduction, classification of magnetic materials, Soft & hardmagnetic materials.

UNIT-VIII Advanced Materials: Nano Materials & its application, Metallic glasses, Super conducting material, Opticfibers, Smart Materials.

REFERENCES1. Askeland D.R.,& P. P. Fullay (2007), The Science and Engineering of Materials –4th Cengage Learning Publishers

452. William D. Callister, Jr (2008), Callister‟s Materials Science and Engineering, (Adopted by R. Balasubramaniam)

Wiley-Eastern3. A.S. Edelstein and R.C. Cammarata Ed.(1998), Nano Materials: Synthesis, Properties and Applications, Inst. Of

Physics Publishing, UK4. Raghavan V (2007), Materials Science and Engineering - A First Course, Prentice Hall, India



B E Civil & IWM: Regular ProgrammeYEAR I Core / Elective / Foundation

CVL 1201: BUILDING PLANNING AND DRAWINGCREDIT 3L+

1TSemester II HOURS 52

OBJECTIVES: Primary knowledge of the locality in which the work is to be carried out, drawings are drawn anddiscuss before final design is made.Student becomes acquainted with building planning and their development controls, skill of preparingdrawings.Learning principles of planning and architecture for buildings.Drawing various types of views, the development controls covered by building bye laws and nationalbuilding code for buildings.Acquainted with AutoCAD.

COURSE CONTENT / SYLLABUSUNIT-I Introduction to the subject of building drawing; Standard, Conventional signs. Abbreviations.

Architectural symbols; ISI, Nomenclature: Size of scale. Standard method of dimensions;Significance of human and other natural factors and its effect on buildings and planning andrelation to drawing; Introduction of municipal bye-laws and I.S.Codes provisions w.r.t. subject.

04 hrs.

UNIT-II Introduction of municipal by-laws: Development Control Regulation (DCR) guideline includesSite plan, Layout, key plan, Floor Space Index, Building height, margins, Permissible built uparea, set back, etc.

06 hrs.

UNIT-III Load bearing and frame structures. Staircase, Design of Dog legged staircase. Standardfurniture: Standard fixtures and appliances for building.

04 hrs.

UNIT-IV Introduction to basic principles of planning, orientation, aspect, prospect, furniture requirements,roominess, grouping, circulation, privacy, climate, economy, sanitation considerations etc.

06 hrs.

UNIT-V Drawing of building plan: Layout design, Modular Co-ordination. Introduction to principles ofdrawing plan, section at various level and furniture layout.

10 hrs.

UNIT-VI Preparation of drawing based on plan: Complete drawing along with site plan. Elevation,detailed enlarged section at particular location like w.c. sinks, kitchen platform wash-basin,staircase etc, Complete drawing set.

06 hrs.

UNIT-VII Perspective drawing, Necessity of perspective drawing, Classification of perspective drawing,Station point, Vanishing points, Cone of vision, Measure line, Picture plane, Horizon, Groundlevel, Exercise of two point perspective of various objects and small buildings.

08 hrs.

UNIT-VIII CAD, Introduction to software, Different command and their function, Draw menu and theirbasic command, Modify menu and their basic command. Practice of drawing sheet on CAD.

08 hrs.

REFERENCES1. Building drawing and detailing :Dr.Balgopal, T.S. Prabhu and Dr.K.VincentPoul,2. Building planning and services (part-I) A.D.Joshi, Mrs. M.A.Joshi Publishers.3. Civil Engineering drawing – R.J.Malik, G.S.Med, New Asian Pub. Delhi-6.4. Planning and designing buildings – Y.S.Sane,5. Building Drawing – M.G. Shah, C.M.Kale and S.Y.Patki6. National building code- I.S.Publisher7. Indian Standard 962 and 2332 I.S.Publisher.



B.E - I (Civil-IWM ): Regular Programme

YEAR I Core / Elective / FoundationCVL 1202: Surveying-I

CREDIT 3L+1T

Semester II HOURS 52

OBJECTIVES: Understand and learn basic surveying.Understand and learn survey methods using different instruments.Under stand and learn various methods of computation of area and volumes .Understand, learn and operating of surveying instruments.Understand and learn hydrography.Understanding and learning applications of surveying related theories .Understanding and learning field survey.

COURSE CONTENT / SYLLABUSUNIT-I Different methods of leveling: LS and CS, Contouring; sources of error; curvature and refraction

correction.08 hrs.

UNIT-II Plane table and accessories: Adjustments, Different plotting methods, errors in plane tablesurvey, two point and three point problem.

03 hrs.

UNIT-III Computation of areas and volumes : Boundary area, trapezoidal and Simpsons rule, Planimeter;Area by coordinates and LMD volume computation by LS,CS, Contour maps and spot levels.

10 hrs.

UNIT-IV Study of Transit and optical Theodolite; Adjustment; Transit survey; Latitude and departure;Gale"s Traverse table; Numerical based on above.

10 hrs.

UNIT-V Tacheometry: Principle; Determination of constants; computation of distance and levels; Inclinedsights; and Tangential tacheometry.

08 hrs.

UNIT-VI Total station: Introduction, Components used in Total station , Types of Total station survey ,Advantages and Disadvantages of Total station surveying.

04 hrs.

UNIT-VII Hydrography: Introduction, Purposes, Control points, Sounding, Instruments & methods oflocating soundings.

04 hrs.

UNIT-VIII Setting out works: Building , Culvert, Bridge, Tunnel 05 hrs.

REFERENCES1. Surveying and levelling- vol.I & II, Kanitkar and Kulkarni, Published by A.V.G. Prakashan, Pune-22. Surveying: - Vol.-I & II Dr. B.C.Punmia, Pub: Laxmi Publisher,New Delhi3. Elementary Surveying : - S.K.Mahajan , pub: Dhanpatrai and sons, New Delhi.4. Surveying : - Vol: I, Dr. K.R.Arrora,Standard Book House, Delhi-6.

The Maharaja Sayajirao University Of BarodaFaculty Of Technology And EngineeringDepartment Of Applied MathematicsKalabhavan, Vadodara -390001.Phone : 912652434188, Email : [email protected]


SSBE-I : (C,M,E, Chem, Electro, Comp, Met.,IWM, TE, TT, TP)YEAR

ICORE /Elective/Foundation 1:

AMT 1201 : APPLIED MATHEMATICS-IICREDIT 04

Semester II HOURS 45OBJECTIVES Mathematics plays crucial role in any engineering field. A sound knowledge of Applied

Mathematics to engineering students is extremely useful to attain new heights in all aspects ofengineering practice. The objective of the course is to give knowledge of basic principles,methods and a clear perception of Partial differentiation, vector calculus, analytic geometry,Laplace and matrices.

COURSE CONTENT / SYLLABUSUNIT-I Partial Differentiation 11 hrs.

Function of two variables – Definition, limit, continuity and partial derivatives,Chain rule, Euler’s theorem, implicit functions differentials. Applications of partialderivatives (Tangent plane and normal line, approximation, maxima and minima,Lagrange’s multiplier’s method), Jacobians and transformations

UNIT-II Vector Calculus: 05 hrs.Reorientation, scalar and vector fields, gradient of a scalar function, Directionalderivative divergence and curl of a vector field and their applications.

UNIT-III Analytical Geometry: 10 hrs.Reorientation, curvilinear coordinates (polar, cylindrical and spherical), cone,cylinder, Conicoids, Surfaces and solids of revolutions.


UNIT-IV Tangent planes and normal lines to above surfaces (by calculus method, Tracing ofcurves: Cardiod, cycloid, lemniscates, spiral, four leaved rose.

06 hrs.

UNIT-V Rank of a matrix, solution of homogeneous and non –homogeneous systems of linearequations, Eigen values and eigen vectors of a matrix Cayley – Hamilton theorem.Special matrices: Hermitian, skew Hermitian, orthogonal and unitary matrices.

07 hrs.

UNIT-VI Laplace TransformsLaplace transforms of elementary functions, inverse Laplace transforms, linearityproperty, first and second shifting theorem, Laplace transforms of derivatives andintegrals, applications ofLaplace transform in solving ordinary differential equations.

06 hrs.

REFERENCES1 Erwin Kreyszing:Advanced Engineering Mathematics, (6th edition) Johnwilley & Sons.2 Srivastava, Dhavan:Text Book of Engineering Mathematics, Dhanpat Rai & Sons.3 Shantinarayan:Differential Calculus, S. Chand & Co. New Delhi.4 Willfred Kaplan:Advanced Calculus, Addison Weseley Publ. Company, Inc.5 C. R. Wylie:Advanced Engineering Mathematics, Mc. Graw – Hill, Inc.

The Maharaja Sayajirao University of BarodaFaculty of Technology & EngineeringDepartment of Applied MechanicsPost Box no.:51, Kalabhavan, Vadodara-390001, INDIA.Phone: (+91265) 2438248Email: [email protected]

ACADEMICYEAR

2019-2020

B.E. (C,M,E,CH,MET,IWM) : U.G.

YEAR I FOUNDATIONAPM 1201 : APPLIED MECHANICS

TOTALMARKS 150

SEMESTER II HOURS 40

OBJECTIVES:Fundamental of Statics and its application: Explain various force systems and their effects, studyconditions of equilibrium in co planner concurrent and co planner non concurrent force system,evaluate unknowns like support reactions in beam, internal forces in members of plane truss and spacetruss, frictional force on inclined planes etc. by applying static conditions of equilibrium, evaluate areamoment of inertia for geometrical and steel built up sections which would be used in evaluatingresistance to the bending deformation.Fundamentals of Dynamics: Review of kinematics of a particle, Force, mass and acceleration.Rectilinear and curvilinear motion, D'Alembert's principle, work, power and energy. Impulse andmomentum, Equations of motion, Translation, Fixed axis rotation and Problems involving friction,understand basic stress system and elastic constants in brittle and ductile materials.

COURSE CONTENT / SYLLABUS

UNIT-I

Statics: Introduction, Forces and force system

08 hrs.Introduction to the subject of applied mechanics and its various branches. SI units. Coplanar,concurrent and non-concurrent force systems. Resultant andResolutions, Forces in space. Vectors. Operations on forces using vectors. Moment of force,

Varignon's theorem, Couple and its properties, Resultant of a coplanar force system. Concentratedand uniform loads. Resultant of a spatial force system. Wrench resultant, Equilibrium of aparticle. External & internal forces, Equilibrium of rigid Body, Types of supports. Structuralmembers and beams. Reactions of beams, Determinateness. Connected bodies. Two force andthree force members. Trusses, Method of joints. Method of sections. Determinateness of truss.Rigid and non-rigid frames. Simple mechanisms. Space frames.

UNIT-II

Statics: Center of Gravity, Moment of Inertia and Friction

12 hrs.Centre of gravity. Centroids of lines and of basic and composite areas, Built-up sections, Productof inertias. Mass moment of inertia, Types of friction. Characteristics of dry friction. Equilibriumon rough inclined plane. The wedge-The screw-The screw Jack-general bearing, Axle friction,Thrust bearing-Disc friction-Clutches.

UNIT-III

Statics: Transmission of power

08 hrs.Lifting Machine, Basic machines, The differential principle, Linearlaw, Belt drive, Velocity ratio. Compound belt drive-length of belt. Transmission of power,Gearings, Trains of wheels. Epicyclic gearing. Speed reduction gear. Differential gear.

UNIT-IV

Dynamics: Strength and Elasticity of Materials

12 hrs.

Review of kinematics of a particle. Force, mass and acceleration, Rectilinear and curvilinearmotion. D'Alembert's principle, work, power and energy, Impulse and momentum, Equations ofmotion. Translation. Fixed axis rotation. Problems Involving friction, Simple stresses and strains.Hook's law. Elastic limit. Ultimate stress. Factor of safety, Lateral strain. Poisson's ratio. Stressconcentration idea. Temperature stress. Simple shear, Elastic modulii relations.

REFERENCES1. Applied Mechanics by S. B. Junnarkar and H. J. Shah, Charotar Pub.2. Engineering Mechanics by Merium and Kraige, John Wiley & Sons.3. Vector Mechanics by Beer and E. R. Johnstons, McGraw-Hill Book Co.4. Engineering Mechanics by Huges and Martin, E.L.B.S. and Macmillan.5. Engineering Mechanics by R. S. Kumar.



B E Civil & IWM: Regular Programme

YEAR II Core / Elective / FoundationCVL 1301: FLUID MECHANICS - I

CREDIT 5/ 3L+1T+ 2P

Semester I HOURS 52

OBJECTIVES: Students become aware about properties and behavior of fluids in static as well as moving conditions.Students are able to do measurement of rate of flow and pressure.Students are acknowledged to applications of fundamental laws of mechanics.Students become able to derive new concept with special reference to incompressible fluids.

COURSE CONTENT / SYLLABUSUNIT-I Introduction to Fluid Mechanics and its role in Engineering Fluids – definition and types.

Fluid properties and types. Fluid properties and unit of measurements.Fluid pressure – hydrostatic pressure and distribution.Measurement of pressure – gauges and manometers.

12 hrs.

UNIT-II Hydrostatic forces on submerged surface areas – plane and curved.Total pressure curved. Resultant pressure and center pressure and their computations.

04 hrs.

UNIT-III Hydrostatic forces on closed surfaces – Buoyance –stability of floating and submerged bodies,metacentre and its determination.Relative equilibrium – motion with linear uniform acceleration and uniform rotation.

04 hrs.

UNIT-IV Fluid flow - Continuum concept. Fluid particle and flow description. Types and classes of flow.Kinematics of flow – flow velocity. Description of flow field-streamlines, path line, streamline;streamline flow patter-steam function.Flow acceleration. Translation, rotation and deformation of fluid element. Circulation.Vorticity. Ir-rotational flow – velocity potential function, flow net. Equation of continuity.

10 hrs.

UNIT-V Dynamics of flow : Fluid forces stress and strain. Equations of motion. Euler’s equation.Bernoulli’s theorem and its modifications and applications. Kinetic energy correction factor.Cavitation phenomena. Vertex flow free and forced.

08 hrs.

UNIT-VI Fluid flow (incompressible) through closed conduits : Laminar & turbulent flow – Reynold’sExperiment, Resistance to flow –Froude’s ExperimentLaminar flow through pipes and between parallel plates, velocity distribution and loss of head.Turbulent flow through pipes. Friction factor for smooth and rough pipes. Moody’s diagram andit’s use.

04 hrs.

UNIT-VII Minor loss of head in flow through pipe at expansion, etc. energy gradient and Hydraulicgradient – siphon pipe flow through uniform pipe between two – reservoirs.Compass pipe-equivalent length. Pipes in parallel. Branching pipes. Pipe line with laterals.Power transmission by pipes.

04 hrs.

UNIT-VIII Flow measurements - Flow through orifices and mouth piece various types – coefficient ofdischarge and velocity. Flow notch / weir – rectangular triangular, cippoletti.Pipe flow measurements –Venturimeter, orifice meter, nozzlemeter, elbow meter, rotameter,pitot tube.

06Ihrs.

REFERENCES1. Dave R.M., Fluid Mechanics Part I2. Jain A.K., Fluid Mechanics3. Mody P.N. &Sheth S.M., Hydraulics & Fluid Mechanics, Standard Book House.4. Ramamritham S., Hydraulics, Fluid Mechanics and fluid machines, DhanpatRai Publishing Company, New Delhi.5. Bansal R.K., Fluid Mechanics and Hydraulic Machines, Laxmi Publications.6. Vallentine H.R., Applied Hydrodynamics7. Streeter V.L., Fluid Machine8. Garde R.J. & Mirajgaokar A.J., Engineering Fluid,9. Garde R.J., Fluid Mechanics through Problems, New Age International Publishers.



B.E - II (Civil &IWM): Regular Programme

YEAR II Core / Elective / FoundationCVL 1302: Building Planning and Design

CREDIT 3

Semester I HOURS 39

OBJECTIVES: Understand the principles of planning for public building planningDesign the plan, elevation and section for various types of public buildingUnderstand and learn the effects, objectives and principles of town planningDesign of sun-shading devices for various buildingsClassify the types of sun-shading devices and their applicationLearn the various Acts in building planningUnderstand types of buildingsLearn principles of composition for buildings

COURSE CONTENT / SYLLABUSUNIT-I Preliminary Introduction to Historical review of classical styles of Building

Ancient Building, Modern Building03 hrs.

UNIT-II Principles of Town Planning :- Urban development plan- Regional planHistory and Growth of Indian towns Developments of sub-urban, satellite town etc.Town planning for Hot climate.Provision of Road Layout -City layout-Green Belt.

05 hrs.

UNIT-III Town planning and Building Planning ActsGujarat Town Planning Act.Factory Act, Land Aquisition act. etc.

05 hrs.

UNIT-IV Design of Public Buildings, Consideration in planning of schools, Colleges & Libraries,Consideration in planning of Hospitals, Hotels, Consideration in planning of Cinema Theatres,office buildings, Consideration in planning of markets, High rise Buildings etc.

07 hrs.

UNIT-V Design of Road side Amenities, Swimming pools,Bus Terminals etc. , Special considerationsin planning of low cost Houses, Pre-fabricated Houses.Slum improvement proposals.

05 hrs.

UNIT-VI Principles of composition for 2-D plans- Repetitions, Contrast,Emphasis, Transition, BalanceAxial Arrangement.

05 hrs.

UNIT-VII Land scaping and home gardening, Selection of Building site for various occupation, Daylighting, Artificial lighting, Elementary water supply and drainage and colour scheme.

03 hrs.

UNIT-VIII Design of sun shading system, Overhang, louvers, Solar data, Application of solar data todesign louver system

07 hrs.

REFERENCES1 Building drawing and detailing : Dr. Balgonal, T.S.Prabhu Dr. K. Vinanat Paul, Spader, KDFA Building, Calicut.2 Building Planning and Services : A. D. Joshi, Mrs. M. A. Desai Pub. (Part-I)3 Civil Engg. Drawing : R.J.Malik, G.S.Med, New Asia Pub. Delhi-64 Planning & Desigining Building : Y.S.Sane, Allies Book Store, Pune –4 & Engg. Book Pub. Co. Pune-165 Working drawing – Keith Stypes6 Graphic details for architects – Carl Kemmerkh7 Generall Architectural Drafting – W.E.Wyatt8 Practical perspective drawing – P.J.Lawson9 Manual of Graphic techniques – Tom Porter10 National Building code – I.S.Publisher11 Indian Standard 962 – 2332 – I.S.Publisher

The Maharaja Sayajirao University Of BarodaFacultyOfTechnologyAndEngineeringDepartment Of Applied MathematicsKalabhavan, Vadodara -390001.Phone : 912652434188, Email :[email protected]


FSBEII: Civil/IWMYEAR

2CORE /Elective/Foundation 1:

AMT 1303: APPLIED MATHEMATICS-IIICREDIT 4

Semester I HOURS 45OBJECTIVES Students should be able to understand about the concept of multiple integrals, vector calculus which

are useful in many engineering problems related with mass, centre of gravity, volume, etc. They arealso supposed to know some advanced topics in Statistics, namely curve fitting, probabilitydistributions, confidence intervals and hypothesis testing. This course is also aimed to provide basicknowledge of Fourier series, Analytic function, Harmonic function. Some important second orderPDEs are placed in curriculum viz., Wave, Heat and Laplace, which are of central importance andare aimed as an objective to be achieved in particular, among of second order PDEs. It is said that,“Every good engineer must be a good mathematician’’, and from application point of view this cannotbe justified without the proper understanding of Transformations and Conformal Mappings; which isalso aimed as a teaching/ learning process objective in this course.Many electrical systems are governed by a periodic force and Fourierseries is a tool to represent such periodic force in to series of sines and cosines. Moreover, studentswill be able to think about their respective branch problems critically and they should analyze theirreal world problems. These skills will be invaluable to them in whatever path they select in their life.


Chapter.No.

Topics TotalTeachinghours

1. Multiple IntegralsReorientation of concept of integrals, line integrals, double and triple integrals, Evaluationtechniques, change of order of integration Integrals in polar and cylindrical coordinates,transformation of multiple integrals, Application of double and triple integrals forevaluation of area, volume and mass.

7

2. Vector CalculusSurface integrals, Green’s theorem, Gauss divergence theorem,Stoke’s theorem, applications of integral theorems.

6


3. Fourier SeriesFourier expansion of periodic functions with period 2 ,Fourier series of even and odd functions, half range series,Fourier series of functions with arbitrary period, conditions of convergence of Fourierseries.

5

4. Second Order Partial Differential EquationsSecond order partial differential equations, classification in to elliptic, Parabolic andhyperbolic equations, models leading to 2nd order PDEs, Boundary value problemsinvolving 2nd order PDEs and their solution by methods of separation of variables, Heat,wave and Laplace equations and their solution by method of separation of variables andusing Fourier series.

6

5. Functions of Complex VariablesLimit, continuity and derivative of functions of a complex variable, Analytic functions andtheir applications : Harmonic, conjugate harmonic, potential, functions.

5

6. Transformations and Conformal MappingsLinear transformations of complex domains, some special transformations, Bilineartransformations, transformation by some standard functions, Conformal mapping,applications of transformations and conformal mappings.

5

7. Introductory Statistics, Regression and CorrelationReorientation, measures of central tendency, measures of dispersion, Correlation, rankcorrelation, regression, curve fitting, method of least squares.

5

8. Sampling Techniques and Testing of HypothesisPopulation and samples, different methods of sampling.Probability distributions (discrete and continuous), binomial, Poisson, normal distributionand their properties, Estimation of parameters, confidence intervals, testing of hypotheses,decisions.

6

TEXT/REFERENCES1. Erwin Kreyszing : Advanced Engineering Mathematics, (6th edition) Johnwilley&Sons.2. Donald Greenspan : Introduction to Partial Differential Equations, Mc. Graw – Hill Inc3. C. R. Wylie : Advanced Engineering Mathematics, Mc. Graw – Hill Inc.

Practical in MATLAB are conducted as per above given topics

The Maharaja Sayajirao University of BarodaFaculty of technology and engineering,Department of Applied MechanicsPost Box No: 51, Kalabhavan, Vadodara – 390001.Phone : (+91-0265) 2438248Email: [email protected]

ACADEMICYEAR -2019

2020

B.E. (C,M,E,CH,MET,IWM): U.G.

YEAR II FOUNDATIONAPM 1303: MATERIALS AND STRUCTURES

TOTALMARKS 150

SEMESTER I HOURS 40

OBJECTIVES To explain the basic knowledge of shear force and bending moment in a beam and draw the diagramsfor the same.To extend this knowledge for calculation of shear stress, bending stress, direct and bending stress incolumns, retaining structure and chimney.To calculate load carrying capacity of axially loaded column.To calculate deflection in beam by using Macauly’s method.To introduce principal stresses and Mohr circle method to enable them to understand the stressanalysis.To study the stress calculation in shells and cylinders and shafts subjected to torsion.To explain Resilience of sudden, impact and shock loading.To study strength of joint by welded and riveted connections.


UNIT-I

Shear force , Bending moment diagrams for Beams and beam stresses

12 hrs.

Diagram of bending moment and shearing force in cantilever and simply supported beams understatic loads-analytically as well as graphically-with varying and distributed loads, Effect ofcouples.Theory of simple bending : Distribution of normal stress due to bending, moment of resistance,Beam of uniform strength, Flitched beam, Built up section under bending.Distribution of shear stress : Principle stresses in beam, Curvature , slope and deflection ofcantilever and simply supported beams including overhang beams, Carriage springs.

UNIT-II

Principal stresses and strains and thin shells

12 hrs.

Ellipse and circle of stresses, Principal planes , Principal stresses and strains, Mohr's stress andstrain circle for various applications of compound stress, Resilience of sudden, impact and shockloading, Stresses in thin cylinders subjected to internal pressure, Cylindrical shell withhemispherical ends, Spherical shell, Riveted joints, Various types of failures, Design of rivetedconnections.

UNIT-III Columns and struts 08 hrs.

Eccentric loading: Tension or compression combined with bending, Middle third rule, Windpressure on walls and chimney, Water pressure on dam. Simple strut theory - Euler's andRankine's Formula.

UNIT-IV

Torsion and elementary theory of RCC

08 hrs.

Torsion of circular shafts of uniform sections. Torsional resilience. Distribution of torsionalstress- Angle of twist, Power transmissions from shafts, Combined Bending and Torsionincluding theories of failure, Helical spring under axial force.Elementry theory of Reinforced cement concrete : Theory of bending as applied to rectangularbeams and assumptions made, Relation between amount of reinforcement and position of neutralaxis, Economic percentage of steel , Moment of Resistance of beams , Over and under balancedsections, Design of beams and slabs.

REFERENCES1. Mechanics of Structures Vol. I by S.B. Junnarkar and H. J. Shah.2. Introduction to Mechanics of Solids by I.P. Kapila and S.N. Agnihotri.3. Elementary Strength of Materials by S. Timonshenko.4 Strength of Materials by Ramamrutham.5 Strength of Materials by R.C. Patel , T.D. Bhagia, & B.M. Patel.


ACADEMIC YEAR

2019-2020

B.E. (Civil & IWM)

YEAR II

GEO – 1401 : Engineering Geology

CREDIT 04


OBJECTIVES: To understand the Geometry of Curves, types of curves.


UNIT-I 04 hrs.Evolution of the Earth. Age and internal constitution of the earth-seismic, lithologic andchemical. Earth-quakes volcanoes. Weathering processes – Geological work of river, wind,glaciers and groundwater.Principles of stratigraphy, the main physical features and tectonic divisions of India. Briefaccount of lithology structure, distribution and economic aspects of the important geologicalformations of India.

UNIT-II 06 hrs.Concept of dip and strike, Mechanical principles. Different types of folds, faults and theirmachanism. Joints and their classification. Unconformities, outliers and inliers.

UNIT-III 05 hrs.Physical properties. A detail study of rock forming minerals. Origin evolution andclassification of igneous rocks, forms, structures and composition of igneous rocks.Classification of sedimentary rocks. Structural and mineralogical characters of sedimentaryrocks. Metamorshism and Metamorphic rocks.

UNIT-IV 06 hrs.

Engineering properties of rocks, geotechnical description and classification of rock masses.Soils – engineering properties and classification.Exploration methods : Geological, geophysical remote sensing, drilling and logging,percolation test. Rock, mass improvement techniques, grouting, enchoring, shear keys andbolting.

UNIT-V 06 hrs.Geological considerations and geotechnical considerations related to dams, tunnels, bridges,highways and other Civil engineering structures.

UNIT-VI 05 hrs.Landslides : Mechanics and factors of slope failure classification, preventive measures andproblems of road construction in hilly terrain. Seismic studies and construction of Civilengineering structures in seismic zones. Fundamentals of groundwater geology Groundwaterstudies in relation of Civil engineering works.

UNIT-VII 04 hrs.

1. Study of the physical properties and identification of important rock forming minerals.2. Study of the physical properties and identification of important rocks and their engineeringimportance.3. Study and interpretation of geological maps including completion of outcrops and drawingvertical cross.

REFERENCES1. Mukherjee P. K. Text book of Geology

2. Singh Parvin Taxt book of Engineering and General Geology Katson Publishing house Ludhiana.

3. Keyhin D. P. and Judd, W. R. Engineering Geology and Geotechniques, McGraw Hill Col. New York.

4. Blyth F. G. H. A Geology for Engineers Ameld.



B E Civil & IWM: Regular Programme

YEAR IICore / Elective / Foundation

CVL 1401: FLUID MECHANICS - IICREDIT

5/ 3L+1T+2P


OBJECTIVES: Students are made aware about gravity flow (open channel flow)Students are made aware about complex flow conditions like gradually and spatially varied flowStudents are made aware about concept of flow around solid boundariesStudents are made aware about analysis of complex flow phenomena by Model studies.

COURSE CONTENT / SYLLABUSUNIT-I <<Title>> 10 hrs.

Flow around submerged bodies and boundary layer theory :Forces due to fluid flow-viscous drag, pressure drag and lift, Boundary layer theory Laminar andTurbulent Boundary layer Boundary layer, Thickness, Displacement thickness, momentumthickness.Boundary layer equation. Momentum equation for laminar Boundary layer on flat plate. Turbulentand transitional boundary layer over flat plate.Boundary layer separation and its control stream lined bodies. Drag and lift for flow aroundcylinder, sphere and flat plate, Free fall of a body through fluid

UNIT-II <<Title>> 10 hrs.Dimensional and model analysis:Physical quantities and their dimensions. Dimensional homogeneity.Rayleigh's method. Buckingham's II theorem method. Utility of model analysis.Hydraulic similitude. Model laws. Scale effect, ship-model testing. Distorted models.

UNIT-III <<Title>> 14 hrs.Open Channel Flow:-Types and characteristics. Steady uniform flow through open channels.Chezy's Manning's- Bazin's-Kutter's equations. Determination of normal depth.Most economical sections.Specific energy and specific concepts, Critical flow- critical depth and velocity.Types of slopes. Specific energy in nonrectangular channels. Velocity distribution in openchannels.Velocity and discharge measurement in open channels- Channel transitions. Use of Pitot tube,Current meters, Pitot tube, Weirs and flumes.

UNIT-IV <<Title>> 12 hrs.Steady non uniform flow, Flow through open channels:- Gradually varied flow- differentialequation, free surface profiles, Backwater and drawdown curves, Length of G.W. flow.Rapidly varied flow- hydraulic jump in rectangular channels, sequential depths, loss of energyTransient flow- surges in open channels.

UNIT-V <<Title>> 03 hrs.Pipe Flow:- Pipe line with pump/turbine, pipe network. Water hammer in pipes-its effects,Rigid water columns theory, elastic water column theory- sequence of events, pressure water andits velocity.Surge tank- uses and types

UNIT-VI <<Title>> 03 hrs.Impact of jets on vanes- Stationary and moving, Flat and curves, flow over radial vane, applicationscompressible fluid continuity, momentum and energy equations, isothermal and adiabatic process,velocity of pressure wave, Mach number

REFERENCES1. Dave R.M., Fluid Mechanics part II2. Kumar K.L., Engineering Fluid Mechanics3. Mody P.N. & Sheth S.M., Hydraulics & Fluid Mechanics, Standard Book House.4. Ramamritham S., Hydraulics, Fluid Mechanics and fluid machines, Dhanpat Rai Publishing Company, New Delhi.5. Bansal R.K., Fluid Mechanics and Hydraulic Machines, Laxmi Publications.6. Chow Ven Te, Open channel Hydraulics7. Massary, Fluid Mechanics8. Garde R.J. & Mirajgaokar A.J., Engineering Fluid9. Garde R.J., Fluid Mechanics through Problems, New Age International Publishers.



B E Civil & IWM: Regular Program

YEAR II Core / Elective / FoundationCVL 1402 SURVEYING- II

CREDIT 4L


OBJECTIVES: Understand the geometry of Curves, types of curves, application of curve in real life.Understand the principles of astronomy.Identify different types of survey, basics of Geodetic survey.Photogrammetry Survey and introduction of GPS.Introduction of G.I.S and Remote sensing. Application in engineering projects

COURSE CONTENT / SYLLABUSUNIT-I 06 hrs.

Geometry of circular curves- degree of curve layout of curves by chain and tape – Rankine’smethod of deflection-obstacles in layout and of circular curves - Theodolite method,Numerical.

UNIT-II 06 hrs.Geometry of compound and reverse curves, -. Ideal transition curve- Cubic parabola and fieldlayout- numerical based on the same. Layout of the same in field- vertical curves

UNIT-III 04 hrs.Computation of levels for vertical curves - Transition curves-theory-super elevation- Length ofthe transition curve; Ideal transition curve- Cubic parabola and field layout- numerical basedon the same.

UNIT-IV <<Title>> 07 hrs.Geodetic survey:- Triangulation and precise traversing, Principles, Classification,Measurement of angles-Satellite station. Base line measurement -Reconnaissance survey andplanning of subsequent operations. Theory of errors applied in adjustment of angles-computation.

UNIT-V <<Title>> 05 hrs.Photogrammetric Surveys and mapping. Aerial and terrestrial photogrammetry. GlobalPositioning System.

UNIT-VI <<Title>> 10 hrs.Astronomy- Latitude, Longitude- true bearing of a survey lines - Celestial sphere andcoordinate system for locating a celestial object Z.P.S. triangle, Time -Sidereal and solar time-Equation of time- Greenwich and local time-Simple methods of determining latitude, longitudeand true bearing of x line.

UNIT-VII <<Title>> 06 hrs.

Remote Sensing: Introduction, Principles of Energy Interaction in atmosphere and Earthsurface features. Image interpretation techniques, visual interpretation, Digital ImageProcessing.

UNIT-VIII <<Title>> 08 hrs.Geographical Information System- Definition of GIS, Key components of GIS, Functions ofGIS, Spatial data, Spatial Information System, Geospatial analysis, Integration of RemoteSensing and GIS, Applications in Civil Engineering.

REFERENCES1. Surveying Vol-II by Kulkarni and Kanetkar2. Surveying Vol-II and III by B.C.Punamia3. Surveying Vol-II and III by K.R.Arora4. Advanced Surveying by S.Gopi, R. Sathikumar, and Madhu



B.E. (Civil Engineering): Regular Programme

YEAR II CoreCVL1403: Construction Technology-I

CREDIT 04


OBJECTIVES: Learn all aspects of scaffolding, shoring, under pinningConceptual learning of formwork.Understanding and learning of Structures in brickwork and partition wallsUnderstanding and learning of Floors and FlooringUnderstanding and learning of Roof and Roof CoveringLearn all aspects of manual and mechanical vertical circulationUnderstanding and conceptual learning of various special treatments like DPC, thermal insulation, fireprotection and AcousticsLearn all aspects of building finishes, Ventilation and Air conditioning

COURSE CONTENT / SYLLABUSUNIT-I Scaffolding 04 hrs.

Scaffolding, Types of Scaffolding, Brick layers Scaffolding, Double, Cantilever, Suspended,SteelShoring, Types of Shoring, Inclined Shore, Horizontal , Dead ShoreUnderpinning, Pit method. Pile method, Chemical Consolidation

UNIT-II Formwork 06 hrs.Formwork: Requirement of Formwork, Economy in Formwork, Materials used in Formwork andsizes of Formwork, Types of Formwork for different structural members, Formwork for columnand floors, Formwork for walls, RCC beams and stairs

UNIT-III Structure in Brickwork 05 hrs.Structure in Brickwork: Pier & Wall Footing, Cavity wall, Composite Masonry, Fire Place,Buttress, Corbels, Circular Brickwork, Ornamental Brickwork, Reinforced Brickwork,Ornamental Brickwork, Partition Wall, Retaining wall & breast wall, Window sill, ThresholdPartitions, Types of Partition, Brick partition, Glass partition, Timber partition, Metal partitions

UNIT-IV Floors and floorings 06 hrs.Floors: Timber floors, composite floorsFlooring: Components, Selection of flooring ,Types of Flooring, Murum, Stone, Brick, TimberFlooring ,Cement Concrete, Mosaic, Terrazo, Tiled, Marble Flooring etc

UNIT-V Roof and Roof covering 06 hrs.

Roof and Roof covering : terminology, Types of roofs, Various material used in Roof covering:Thatch, Shingles, Tiles, A.C Sheets, G.I Sheets, False Ceiling

UNIT-VI Vertical Circulation 05 hrs.Manual Vertical Circulation :-(a) Stairs – Terminology, Characteristics of an Ideal Stair, Types of Stair and Stair hall, Typesof steps.(b) lift and escalators

UNIT-VII Building Treatment 14 hrs.(5+9 )Damp-proofing :- Causes of dampness, effects, methods of damp – proofing, materials used for

damp-proofing, DPC treatment, Water ProofingTermite proofing:- Types of termites, anti-termite treatment, site preparation, soil treatment,physical structural barriers, post-construction treatmentThermal insulation: Terminology, Techniques for thermal insulation of Building components,Thermal insulation materials.Fire protection :- Terminology, Fire load, building and structural elements grading, Fireproofing materials, Characteristics of common building material with respect to fire resistance,fire alarm systems, fire quenching equipments.Acoustics: Definitions, Basics of sound and its behavior in enclosed areas, Sound measurementunit, Materials used for sound insulation, Defects in Sound insulation.

UNIT-VIII Building finishes 06 hrs.Building finishes :- Terminology, Ingredients in Paint, Types of Paints, Defects in paintingVentilation and Air conditioning: Terminology, Objectives and other aspects of ventilation andAir-conditioning

REFERENCES1. Shushilkumar, Building construction2. Sharma and Kaul, Building Construction3. B.C.Punamia, Building Construction4. Bindra and Arora, Building Construction

The Maharaja Sayajirao University of BarodaFaculty of technology and engineering,Department of Applied MechanicsPost Box No: 51, Kalabhavan, Vadodara – 390001.Phone : (+91-0265) 2438248Email: [email protected]

ACADEMICYEAR

2019-2020

B.E. CIVIL, IWM :U.G.

YEAR II FOUNDATION :APM 1406 R : NUMERICAL METHODS AND COMPUTER

APPLICATIONS

TOTALMARKS 150


OBJECTIVES:

To study salient features of Microsoft Excel and its application in civil engineering.To give basic knowledge of computer hardware and information technology.To explain the fundamentals of computer programs, flow charting etc.To study computer programs for solving general and civil engineering problems.To study programs for decision making and repetitive calculations.To study programs based on 1D and 2D arrays.To solve Initial value problems by numerical methods.To study numerical methods to solve algebric and transcendental equations.To study numerical methods for differentiation and integration.

COURSE CONTENT / SYLLABUS (Proposed)

UNIT-I

Elements of programming

16 hrs.Languages of Computer and Flowcharting, Constants and variables. Formatted/unformattedInput/output Statements, Structured programming. Decision and loop Control Statements.Subscripted variables and implied looping.

UNIT-IIStudy of Spreadsheets

06 hrs.Introduction to spreadsheet package and its Applications in Civil Engineering.

UNIT-IIIDrafting

06 hrs.Introduction to drafting package and it’s applications in 2D and 3D.Introduction to Buildinginformation modeling.

UNIT-IV

Numerical Methods

12 hrs.Initial value problems and methods of solutions such as Taylor’s method, Picard’s method,Euler’s method, Modified Euler’s method and Runge-Kutta method, Numerical Integration andDifferentiation. Finding roots of algebraic and transcendental equations. False position method.Structural engineering application of all above methods.

REFERENCES1. Fundamentals of Computers – Rajaraman V., 3rd Edition, Prentice Hall of India, New Delhi, 1999.2. The C Programming Language – Ritchie, D. M. and Kernighan B. W., 2nd Edition, Prentice Hall of India Pvt Ltd,

2008.3. Computer Oriented Numerical Methods – Rajaraman V., Prentice-Hall India.

The Maharaja Sayajirao University of BarodaFacultyof Technology and Engineering,Department of Applied MechanicsPost box no: 51, Kalabhavan, Vadodara- 390001, India.Phone: (+91-0265) 2438248Email: [email protected]

ACADEMICYEAR

2019-2020

B.E.CIVIL ENGINEERING : UG

YEAR III COREAPM 1501 : THEORY OF STRUCTURES-I

TOTALMARKS 150

SEMESTER I HOURS 40

OBJECTIVES:

The main objective of the subjects is to highlight the behavior of various members under transverseloading. It includes:Study of behavior of statically indeterminate structures by drawing SFD, BMD, & ATD associatedwith deflection patterns having maxima and minima values.Performing different laboratory experiments based on theory topics which simplify the difficult topicsin various ways and provide clarity of understanding for students.Study of behavior of various types of beams and bridges under moving loads thus providing furtherunderstanding of the design subjects.


UNIT-IIntroduction to dynamics

07 hrs.SDOF systems, Equation of motion, Forced and free vibrations, Damping, Response Spectrum

UNIT-II

Methods to calculate deflection of beams and trusses

13 hrs.Slopes and deflections of beams and trusses , Moment area method, Conjugate beam method,Virtual work method ,Strain energyUnsymmetrical bending, Shear Centre and Thick Cylinders, Beams with large initial curvature.

UNIT-III

Methods of analyzing statically indeterminate structures

11 hrs.Fixed beams under various loading patterns and with yielding of supports.Continous beams- Theorem of three moments.Theorem of least work and its application to statically indeteminate beams,Frames and trusses.

UNIT-IVInfluence line diagrams for beams and trusses

09 hrs.Rolling loads- Maximum shear force and bending moment envelopes, influence lines for simplysupported beams and trusses, influence lines for propped cantilevers, Muller-Breslau's principle.

REFERENCES1. Mechanics of Structure, Vol. I and Vol. II by S.B. Junnarkar and H.J.Shah, Charotar Publishing House.2. Basic Structural Analysis by C.S. Reddy, Tata McGraw Hill Publications3. Elementary Structural Analysis by C.H. Norris and J.B Wilbur, McGraw Hill Publications4. Structural Dynamics – Theory & Computation by Mario Paz, CBS Publishers & Distributors, New Delhi.

The Maharaja Sayajirao University of BarodaFaculty of Technology & Engineering,Department of Applied MechanicsPost Box No.51, Kalabhavan, Vadodara-390001,IndiaPhone: (+91-0265) 2438248Email: [email protected]

ACADEMICYEAR

2019-2020

B.E- CIVIL ENGINEERING : UG

YEAR III COREAPM 1502 : GEOTECHNICAL ENGINEERING I

TOTALMARKS 150

SEMESTER I HOURS 40

OBJECTIVES: Load/stresses of the structure are finally transferred to soil. It is necessary to study basic index,hydraulic and engineering properties of soil for the proper design of various types of normal andhydraulic structures.


UNIT-I

Introduction & Index properties of Soil

08 hrs.Origin & occurring of soils-soil structure, Functional RelationshipsPhysical and Index properties. Classification of soil, Compaction of soils (Laboratory andField compaction)

UNIT-IIPermeability & Consolidation

09 hrs.Permeability, Flow nets and seepageConsolidation of soil, Evaluation of consolidation parameters

UNIT-IIIShear Strength & Stress Distribution

13 hrs.Shear strength of soil, Laboratory shear strength measurementsStress distribution below soil mass, pressure bulb, contact pressure

UNIT-IVSoil Exploration

10 hrs.Elements of rock mechanicsSoil exploration, Soil sampling

REFERENCES1. Soil Engineering Vol. I by Alam Singh, Asia Pub. House.

2. Soil Mechanics and Foundation Engineering by B.C.Punamia, Std.Pub.

3. Soil Behaviour by Lambe & Whitmann, Nostrand Co.

4. Soil Mechanics by Oza H. P., Charotar Pub




YEAR III CoreCVL1504: Construction Technology-II

CREDIT 4

Semester I HOURS 52

OBJECTIVES: Learn Certain aspects of Shallow foundation and all aspects of deep foundationsUnderstanding and learning of various features of Caisson and cofferdam construction technologyUnderstanding and conceptual learning of dewatering in foundationConceptual learning of waste handling in high rise building.Learn all aspects of house drainage system.Learn and understand specific types of concrete and their aspects.Detailed learning and understanding of Tunnel engineering, and tunneling operationsBasic learning of construction of earthquake resistant Building:


Shallow foundations - Spread and combined footing –raft and grillage foundations

UNIT-II 07 hrs.Pile Foundation : Introduction, Uses of Pile, types of Piles, Pre-cast concrete pile, Under reamedpiles, Choice of types of pile, Causes of pile failure

UNIT-III 04 hrs.Caisson: Box Open, monolith, pneumatic caisson, Sinking of caisson, floating of caisson, tilts andtilt correction in caisson, caission sickness and preventive measures

UNIT-IV 03 hrs.Cofferdam ; terminology, Types: earth fill, Tock Fill, Timber Crib, Sheet pile, Double wall,cellular, movable cofferdam, uses of cofferdam, prevention of leakage of water through cofferdam

UNIT-V 04 hrs.Dewatering in foundations - Dewatering by open pumping, deep well system, artificial freezing ,electrolysis.

UNIT-VI 02 hrs.

Refuse disposal in high rise building : Collection, Storage and treatment at the sourceUNIT-VII 04 hrs.

House Drainage: Terminology, Principles of house drainage system, Types of traps, pipes, Systemof plumbing, Sanitary fittings.

UNIT-VIII 06 hrs.

Development of different construction materials fiber reinforcements - height weight concreteaerated concrete-precast and pre-stressed concrete units-Epoxy resins-properties of cementconcrete-concrete mix design methods.

UNIT-IX 08 hrs.

Tunnel Engineering - Geological maps and geotechnical investigations for tunnels, types andobjectives of tunnels, Tunnel shafts, tunnel operations like dewatering, mucking, transportequipments used in tunneling, economical aspect for tunnel construction

UNIT-X 08 hrs.

Tunneling operations: Problems of soft rock tunneling, types of temporary and permanentsupports for soft rock tunneling, shield tunneling, rock bolts, Problems of tunneling in hard rocks,types of temporary and permanent supports for hard rock tunneling, types of drilling methods likeblasting. Material and techniques for blasting, shot-crete and grouting, steel ribs, concrete lining,aspects of tunneling engineering for highway, railways and sewage lines

UNIT-XI 04 hrs.Construction of Earthquake resistant Building: Planning, construction of wall, provision for cornerreinforcement, construction for beam and column, base isolation, Demolition of structures:methods and safety.

REFERENCES

1. Tunnels - Planning, design and construction Vol.I & II - J.V.Bartlet and Mcgraw-pub-Ellis Hardwardltd.(Div.Johnwiley & Sons) New York.

2. Tunnel Engg. - Subash Sexena - Pub. Dhanpatrai andsohns, Hai sarak Delhi 63. Construction by Bindra and Arora Pub. Dhanpatrai and sons. - Naisarak Delhi - 64. Construction by Sushil Kumar5. Construction by Sharma and Kaul6. Foundation Design and Construction - N.J. Tomlinson - Pub.-Pitman pub US Concrete technology - Navella




YEAR III Core / Elective / FoundationCVL 1505: Engineering Hydrology

CREDIT 4

Semester I HOURS 52

OBJECTIVES: To understand concepts of and learn various components of hydrologic cycleTo understand concept of and learn estimation of precipitation, various losses, runoffTo understand concepts of and hydrograph analysisTo estimate flood using various method

COURSE CONTENT / SYLLABUSUNIT-I Hydrologic cycle 05hrs.

Introduction Development in hydrology and its role in water resources projects, HydrologicCycle. Precipitation: Types and forms of percipitaitons , Water losses, evaporation, interception,evapotranspiration etc. runoff hydrometric network, optimum network

UNIT-II Precipitation 08 hrs.Rainfall Rain gauge Instruments and their installation, Methods of computing average Rainfall,Mean Annual Rainfall, Missing data, Depth-Area Curves,

UNIT-III Evaporation 07 hrs.Factor affecting evaporation, Methods of measurement, preventive measures, Interception, soilevaporation, transpiration, evapo-transpiration and its measurements,

UNIT-IV Infiltration 06 hrs.Infiltration Rate, Infiltration indices, Factors affecting infiltration, Methods of determination,infiltrometers.

UNIT-V Runoff 07 hrs.Factors affecting Runoff, Estimation of runoff, runoff coefficient, Empirical formula, infiltrationmethod and dependable yield, mass curve.

UNIT-VI Hydrograph Analysis 07 hrs.

components of Hydrograph, base flow separation, Unit Hydrograph, Definition, assumptions,uses, and limitations, derivation of Unit Hydrograph, Complex storm Hydrograph

UNIT-VII Hydrograph Analysis 06 hrs.Changing the duration of unit hydrograph, Bernard’s percentage distribution graph and uses.

UNIT-VIII Flood Estimation 06 hrs.Flood estimation by hydrograph, Other methods of flood estimation, Flood frequency, probablemaximum flood.

REFERENCES1. Engineering Hydrology- K Subramanya (Tata McGraw Hill Pub.)

2. Engineering Hydrology H.M. Raghunath(Wiley Eastern Pub.)3. Engineering Hydrology Jayarami Reddy (Laxmi pub)4. Ground Water Hydrology D.K.Todd (John Wiley and Sons)5. Hydrology and water Resources Engineering S.K. Garg (Khanna Pub.)6. A Text Book of Hydrology & Water Resources Engineering by R.K. Sharma, T.K.Sharma (Dhanpatrai Publication)




YEAR III Core / Elective / FoundationCVL1511:ESTIMATION, VALUATION AND PROFESSIONAL

PRACTICE

CREDIT 4L+2TW

Semester I HOURS 45

OBJECTIVES: Learn methods for Approximate and Detailed Estimate of Civil Engineering Works.Analysis of Rates for various items of Civil engineering construction work.Understanding method of preparing Tender document and inviting tender notice.Learn various methods for allocation of Civil construction work on Contract basis and Administrativeprocedure followed for contract.Learn all aspect of Valuation and methods of valuation of Real property.Understanding the principle of specification writing, and drafting technical specification for items ofCivil construction work.

COURSE CONTENT / SYLLABUSUNIT-I <<Title>> 08 hrs.

Types of Estimate – Approximate and Detailed– Estimate of Civil Engineering WorkStandard mode and units of measurementsEstimate of Buildings – ResidentialEstimate of Buildings –Public

UNIT-II <<Title>> 05 hrs.Estimate of RCC works , Column, Beam and Slab, Retaining wall,Estimate of Culvert, Road,Estimate of Water Supply and Sanitary works, Irrigation works,Estimate of steel structures.

UNIT-III <<Title>> 05 hrs.Task work of Labours,Material and Labour scheduleFraming Rate analysis S.O.R.

UNIT-IV <<Title>> 10 hrs.Tendering and contract procedures,Types and relative merits,P.W.D. System of administration accounts and Technical sanctions – Billing and Extra itemworks organization. Arbitration procedure.

UNIT-V <<Title>> 08 hrs.Valuation – Terms related to the Valuation of Real propertyFactors affecting Valuation of Land and BuildingDepreciations methods, Sinking fund, Cash flow diagram.Methods of Valuation of Real property-Valuation tables– Valuation reports.

Fixation of standard rent

UNIT-VI <<Title>> 04 hrs.

Specification – Writing principlesTechnical Specification for Earthwork, Brickwork, RCC

REFERENCES1. Elements of Estimating and Costing (Professional practice) -S.C.Rangwala Pub., Charotar Book stall.2. Estimating and costing – B.N.Dutta, Pub. : S.Dutta and Co.Lucknow.3. Estimating and costing – S.P.Chandola and Vazirani, Pub. Khanna Pub.4. Textbook of Estimates and costing (Civil Engg.) PG.S.Birdi, Pub., Dhanpatrai and sons.

5. Estimating, costing, specification and valuation in Civil Engg. principles and applications andM.Chakraborti Pub., M. Chakraborty 10th edition.

6. Valuation of Real properties – S.C.Rangwala pub. Charator book stall.7. Civil Engineering contracts and estimates – Patil (Pub. Orient Longman).8. Fundamentals of Public works procedure and Account – K.N.Pandya – pub. P.R.Mehta.9. Quantity Survey (Estimation & CE Work – PLBHasin (Pub. S.C.Chand & Co.10. Mode of Measurements of Civil Engineering Works – I.S.1200.


ACADEMICYEAR

2019-2020


YEAR III COREAPM1601 : THEORY OF STRUCTURES-II

TOTALMARKS 150


OBJECTIVES:

To study the behavior of statically indeterminate structures by drawing SFD, BMD, ATD andassociated deflection patterns and identifying maxima and minima values. The subject includesanalysis of various types of portal frames as well as arched structures having various supportconditions and geometries. Different laboratory experiments are performed based on theory topics inorder to simplify the difficult topics and provide clarity of understanding for students.To understand the basic concepts of matrix methods of analysis


UNIT-IMoment distribution method

8 hrs.Moment distribution method for beams and frames without sway and with swaywith and without yielding of supports

UNIT-IISlope deflection and Column analogy method

12 hrs.Slope deflection method, Column analogy method-application to simple problems only, Stiffnessand carryovers for beams.

UNIT-III

Analysis of arches and suspension bridges

10 hrs.Three hinged and two hinged arches, Symmetrically loaded fixed arches. Suspension bridgeswithout stiffening girders and with three hinged or twohinged stiffened girder.

UNIT-IV

Introduction to matrix methods and Plastic theory

10 hrs.Introduction to flexibility and stiffness method. Introduction to strainmeasurement.Plastic theory for steel beams and frames-plastic hinges, Collapse mechanism - load factor -shape factor - collapse load design of members for flexure.

REFERENCES1. Theory of Elasticity by Timoshenko S.P. and Goodier J. M. , McGraw Hill Publication2. Mechanics of Structures, Vol. I I by S.B. Junnarkar and H. J. Shah, Charotar Pub..3. Indeterminate structural analysis by J. S. Kinney, Oxford & IBH Pub. (Ind.), Addison-wesley publication


ACADEMICYEAR

2019-2020


YEAR III COREAPM1602 : STRUCTURAL DESIGN-I

TOTALMARKS 150


OBJECTIVES:

The main objective is to ensure that students should learn design criteria, predicated on safety (i.e.structures must not collapse without due warning) or serviceability and performance (i.e. buildingsway must not cause discomfort to the occupants).Structural Designing theory is based upon applied physical laws and empirical knowledge of thestructural performance of different materials and geometries.The student should be capable to utilize a number of simple structural elements to buildcomplex structural systems as they will be responsible for making creative and efficient use of funds,structural elements and materials to achieve these goals in future.


UNIT-I

Introduction to properties of concrete and design theories

8 hrs.Introduction - Loads on Structures - Codes of Practice. Materials used for concrete - structuralconcrete. Design theories - working stress method - singly reinforced section, flanged beam.Transformed Section. Limit State method – Singly reinforced beam – doubly reinforced beam –flanged beam.

UNIT-II

Design of Reinforced concrete members for flexure and shear

12 hrs.Shear and development length. Design for shear, check for development length, anchor length.Bearing stress round the bend. Serviceability requirements - check for deflection and cracking.Design of simply supported and cantilever beam - simple practical problems. Design of simplysupported one way and two way slabs - cantilever slabs – simple practical problems.

UNIT-III

Introduction to steel design and design of connections

8 hrs.Advantages of steel structures - properties of structural steel - design methods -standard sections - IS codes of practice. Conncetions: Riveted, Bolted and welded connections foraxial and eccentric loads, High strength friction grip bolts.

UNIT-IV

Design of steel members

12 hrs.Tension members - net area - lug angle - tension splice. Compression members - slendernessratio-permissible stresses - tacking rivets - design of simple struts. Simple and compound beams -permissible stresses - curtailment of flange plates- lateral instability of compression flange - beam subjected to bending about twoaxes

REFERENCES1. Reinforced Concrete by H. J. Shah, Charotar Pub.

https://en.wikipedia.org/wiki/Physics

https://en.wikipedia.org/wiki/Empirical

https://en.wikipedia.org/wiki/Structural_element

https://en.wikipedia.org/wiki/Structural_system

2. Reinforced Concrete by A. K. Jain, Nemchand Bros.3. Design of Steel Structures by L. S. Negi.4. Design of Steel Structures by Arya and Ajmani, Nemchand Bros.



BE (Civil Engineering): Regular Programme

YEAR III Core / Elective / FoundationCVL 1605:Groundwater Hydraulics

CREDIT 4


OBJECTIVES: Understand the groundwater aquifers and their propertiesAnalyse the ground water flow processes.Design the TubewellsSelect the pump for irrigationSuggest the strategies for management of groundwater.Prescribe the preventive measures for water quality and salt water intrusion.

COURSE CONTENT / SYLLABUSUNIT-I Ground Water Importance, Origin. 06 hrs.

Occurrence – Aquifers, Zones of underground water, types of Aquifers.Specific Yield, Storage Coefficient, Recharge of Ground Water-Artificial methods Ground Waterinvestigations methods-Introduction.

UNIT-II Ground Water Movement : 07 hrs.Confined and unconfined flow; Darcy’s Law and its validity.coefficient of permeability & its measurement, intrinsic permeability.Transmissibility steady unidirectional flow – confined and unconfined (Dupuit’s theory); itsapplications.

UNIT-III Ground Water flow principles : 06 hrs.Hydrodynamic equation – Generalised Darcy’s law. General equation of continuity – Laplaceequation.Two dimensioned flow – flow net, horizontal confined flow with uniform thickness. Flowequation for unconfined equifer – two dimensional flow.Anisotropic media – equivalent equifer – two dimensional flow. Anisotropicmedia equivalentpermeability, refrection of flow lines. Elastic properties of confined aquifers.

UNIT-IV Well – Hydraulics : 07 hrs.Steady radial flow to a well in a confined equifer and well in an unconfined aquifer.Determination of transmissibility. Design of tubewell, construction and development of the tubewell.

UNIT-V Unsteady radial flow to a well in confined aquifer – Thies method, Jacob’s method. 06 hrs.Unsteady radial flow in an unconfined aquifer well losses. Specific capacity of wells. Wellefficiency. Gravel packs.Infiltration gallaries, collactor wells, multiple well system (Interference among wells).

UNIT-VI Ground Water withdrawal : 07 hrs.

Various types of pumps.Reciprocating pumps – classification, components, working, types, work done indicator diagrams,use of air vessels.Centrifugal pumps – components, working, types, work done, head, power, efficiencies, specificspeed, characteristic curves, cavitation, properfier pump.Jet pump. Air lift pump, gear pump, vertical turbine pump, submersible pump. Selection of pumpsand power requirements, series and parallel pump connection, multistage pump specific speed ofthe pump.

UNIT-VII Salt water intrusion : 07 hrs.Occurance, Ghyben Harzberg relation shape and structure of interface.Upconing, methods of control.

UNIT-VIII Ground water Management 06 hrs.Introduction of Ground Water Modelling,Types of models, porous media models, etc.Ground water quality and ground water budget.

REFERENCES1. Ground Water Hydrology : D.K.Todd, John Wiley and sons2. Engineering Hydrology : E.M.Wilson, Elbs and Macmillon.3. Hydrology / Geohydrology : David and Dewiest4. Ground Water and Seapage : M.G.Ham, McGraw Hill Book Co.5. A text book of Hydrology and Water Resources. R.K.Sharma, Dhanpet rai and sons.6. Fluid Mechanics Part II : R.M.Dave, Acharya Book Depot.7. Hydraulics and Fluid Mechanics : Modi and Seth, Standard Book House.8. Ground Water by H.M. Raghunath – Wirley Eastern Publication.9. Water Wells and Pump Engineering – Michael & Khepar.




YEAR III Core / Elective / FoundationCVL1609: Environmental Engineering-I

CREDIT 4


OBJECTIVES: To estimate domestic water requirement and domestic wastewater generation for a given localityTo know the characteristics which defines quality of drinking water and sewageTo understand concepts of and learn design of water transmission systemTo understand concepts of and learn design of water distribution system

COURSE CONTENT / SYLLABUSUNIT-I Water Requirement 12 hrs.

Per capita demand, recommendations for per capita demand, various types of water demand-domestic, institutional and industrial, public use. UFW- recommended values; Fire demand –types of system- fire hydrant and static tank, factors influencing water requirement, recommendedvalues, Factors influencing per capita demand; Variations in water demand- Seasonal, monthly,daily and hourly variations, coincident draft, design flow for various components of water supplyscheme- Numerical example; Design period, Factors governing length of design period,recommended values; Methods of population forecasting-suitable application of each method,numerical examples on population forecasting and water requirement; Water conservation inbuildings- Use of water saving devices and fixtures, dual plumbing system Water quantity forpublic supply; Water quantity From Different Sources,Raw water intakes, Functions, siteselection, types of intakes, design criteria, design Problems

UNIT-II Quantity of Domestic Wastewater 02 hrs.Quantity of Sanitary Sewage, Variation in Sewage Flow, Types of sewerage System

UNIT-III Water Transmission 08 hrs.Introduction to water transmission systems, hydraulics of transmission systems, methods to findhead loss; Darcy-Weisbach (Coolbroke-White, Slitcher, Nickuradse, and Swamee-Jain equationsfor f), Manning’s, and Hazen-William’s equations for head loss; Pipe line systems (series,parallel, and branched) and examples; Structural requirements of transmission lines; Thrust blocksand design example; Pipe materials

UNIT-IV Water Distribution 07 hrs.Distribution systems, basic requirements of capacity and pressure; house connections, distributionreservoirs; Network analysis by equivalent pipe method; Network analysis by Hardy-Crossmethod.

UNIT-V Development of Water supplies 01 hrs.Surface Water supplies and Ground Water Supplies With qualities and quantity in general

UNIT-VI Water and Wastewater Qualities 13 hrs.Water Qualities Criteria for Drinking purpose, Physical water quality parameters: Turbidity,colour, Taste & odour, Temperature, Suspended solids; Chemical water quality parameters: pH,Hardness, Dissolve Gases, Fluoride, Chloride, Toxic Metals, Nitrates, Alkalinity, Acidity, Iron &Mangenes, Residual Chlorine & chlorine Demand, Types of chlorination; BacteriologicalQualities: Total count of Bacteria, M.P.N., Membrane Filter Technique.

Wastewater Characteristics, Physical, Chemical & Bacteriological Characteristics, (B.O.D.,C.O.D., Oil & Grease, Numerical Example on B.O.D.)

UNIT-VII Environmental Sanitation 04 hrs.Water borne diseases, water washed diseases, Related micro-organisms and its Signification inwater, air sanitation, Ventilation, Terms Used in air pollution, factors affecting quality of indoorair, Extent of Ventilation, Calculations, Methods of Ventilation

UNIT-VIII Occupational Health 05 hrs.Terms used, Influencing factors, Occupational diseases, Engineering Control methods, Vitalstatics; Refuse, Classifications, Characteristics, Quantity Estimation, Collection & transportationsystem, Methods of refuse disposal, Excreta disposal, arthropod borne diseases, Rodent Control.

REFERENCES1. G.S.Birdie , Water supply and Sanitary Engineering ( Including Environmental Engineering )2. B. C. Punamia3. B. C. Punamia4. Santoshkumar K. Garg5. Santoshkumar K. Garg6. Vinayak K. Gharpure7. Vinayak K. Gharpure8. Euhlers and steel

J.E.Perk




YEAR III Core / Elective / FoundationCVL 1611:Transportation Engineering -I

CREDIT 4


OBJECTIVES: Learn basic transportation systems terminology - Railway, Bridge and Harbour EngineeringUnderstand the components of railway track and types of its elementsUnderstand the arrangements of the railway crossing, signals and station & yardUnderstand the current scenario of modernization in railwaysIdentify the bridge structure and understands the site selection criteriaDesign the hydraulic aspect of bridge designClassify the bridge superstructure, substructure and bearingsUnderstand types and site selection & planning criteria of harbourUnderstands and learn the various marine structures

COURSE CONTENT / SYLLABUSUNIT-I RAILWAY ENGINEERING 12 hrs.

Permanent Way Cross sectional elements, Types, Selection of Sleepers, Rails and Fixtures andFastenings, Maintenance programs

UNIT-II Railway points 08 hrs.Railway points, Railway crossing and turnover, their components and layout consideration,Railway Signalling, Control systems and Interlocking

UNIT-III Railway Station Yards 06 hrs.Railway Station Yards, Layouts and Equipments,Stresses in Track StructuresModernization of Railway Track, Rapid Transit

UNIT-IV BRIDGE ENGINEERING 02 hrs.Bridge Engineering, Structures, Functions of Components, Classification, Site selection criteriaSurface and Sub Surface investigation of Bridge site.

UNIT-V Introduction bridge design 04 hrs.Introduction to hydraulic aspect of bridge designLow cost bridges

UNIT-VI Types of bridge 06 hrs.Types of bridge superstructure, Bridge substructures- pier, abutment and wing wallBearing for Bridge Structure, load and stresses

UNIT-VII HARBOUR ENGINEERING 04 hrs.Introduction, Classification of harbour& Port, Requirements, Principles of harbour planning, Siteselection criteriaNatural Phenomena-Wind, Wave, Silting, Erosion & Drift

UNIT-VIII Marine Structures 10 hrs.Marine Structures-Breakwater, Piers, Wharf, Quay, Jetty, Fender, Dolphin and Dock structuresNavigational aids

REFERENCES

1. “A text book of Railway Engineering” by S. C. Saxena and S. P. Arora, Publisher : Dhanpat Rai and Sons, NewDelhi

2. “Principles of Railway Engineering” by S. C. Rangwala, Publisher: Charator pub. house3. “Principles and Practice of Bridge Engg.” by S.P. Bindra, Publisher: Dhanpatrai and sons4. “Essentials of Bridge Engg.” by D Johnson Victo, Publisher: Oxford &IBHPub.Co.5. “Bridge Engg.” by S.Ponuswamy, Publisher: Tata Mcgraw Hill6. “Docks &HarbourEngg.” by S. P. Bindra – Publisher: Dhanpat Rai and Sons7. “Harbour, Dock and Tunnel Engg.” by R. Srinivasan, Publisher: Charotar Pub. house8. “Design and Construction of Ports & Marine structures” by Quinn A linzodef, Publisher: Mcgrawhill Co.

The Maharaja Sayajirao University of BarodaFaculty of Technology And Engineering,Department of Applied Mechanics51,kalabhavan,Vadodara-390001,india , phone :(+91-0265) 2438248,Email :[email protected]

ACADEMICYEAR

2019-2020

B.E. CIVIL:UG

YEAR IV CORE:APM1701: STRUCTURAL DESIGN - II

TOTALMARKS 150

SEMESTER I HOURS 40

OBJECTIVES To explain the application of basic knowledge of beam and slab design for real design problems. Toextend this knowledge for design of continuous beams and slabs and stair cases. To study design ofaxially loaded and eccentric columns, walls and shear walls and to show use of design aids for thesedesigns. To explain the structural design of various types of RCC footings. To introduce approximatemethods of analysis for portal frames under earth quake and wind loads and study IS code provisions forearthquake resistant design of masonry buildings. To study design of steel plate girder and itscomponents. To explain design of built up columns with lacing and battening and beam to column andbeam to beam connections. To extend the knowledge for design of eccentric column using IS codeprovisions. Study of design of steel column bases subjected to axial compression and uni and bi-axialbending.


UNIT-I

Reinforced Concrete Structures, Design Of Beams, Slabs, Columns, Stair Cases.

14 hrs.Practical Problems on simply supported and cantilever beams and slabs - Design for torsion.Continuous beams, continuous one way and two way slabs, Redistribution of moments, staircases.Axially and eccentrically loaded columns

UNIT-II

Design Of Walls, Shear Walls Footings Analysis And Design Of Building

10 hrs.Design of Walls, Shear walls, Use of design aids.Combined, strap and strip footings.Structural analysis, Gravity loads, Approximate analysis for wind and earthquake loads, portaland cantilever methods, IS Code provisions for Earthquake resistant design of masonry buildings.

UNIT-III

Steel Structures Design Of Plate Girders, Cinema Balcony Plate Girder and Stanchions

9 hrs.Plate girders, Design and details, construction details, Cinema balcony plate girder.Axially loaded stanchions, Structural sections including tubular columns, Internal buildingcolumns, built up stanchions, Laced and Battened stanchions, Beam column connections, Casedstanchions, Construction details.

UNIT-IV

Design Of Eccentrically Loaded Stanchions Bases And Design Problem Of Steel Building.

7 hrs.Eccentrically loaded stanchions, Eccentricity of loading, code requirements, corner buildingstanchions.Stanchion bases, Slab bases, Gusseted bases, Eccentrically loaded bases, bases subjected tobending about two axes, pocket bases.Design problem of steel building.

REFERENCES1. Reinforced concrete Vol. I and II by H. J. Shah, Charotar Pub.2. Reinforced concrete by S.K. Mallick and Gupta, Oxford & IBH Pub.

3. Reinforced concrete by Sinha and Roy.4. Steel structures by A.S.Arya and Ajmani, Nemchand & Bros.5. Design of steel structures by Kazimi and Jindal, Prenctice Hall Pub.6. Steel Designer's Manual, ELBS Pub.7. Steel Structures by T.J. Macginely, E & F N SPON.8. Steel Structures by Raghupathi, Tata McGraw Hill Pub.

9. Limit State Theory and Design of Reinforced Concrete by S. R. Karve and V. L. Shah, Structures Publishers, Pune,2003.

10 IS:4326-1993 “Code of Practice for Earthquake Resistant Design and Construction of Buildings”, BIS, NewDelhi, 1993.

The Maharaja Sayajirao University of BarodaFaculty of Technology and EngineeringApplied Mechanics DepartmentPost box no: 51, Kalabhavan, Vadodara- 390001, India.Phone: (+91-0265) 2438248

ACADEMICYEAR

2019-2020


YEAR IV ELECTIVEAPM 1702: MATRIX ANALYSIS OF FRAMED STRUCTURES

TOTALMARKS 150

SEMESTER I HOURS 40

OBJECTIVES:

To explain the fundamentals of matrix methods of analysis.To develop the concept of stiffness and flexibility for framed structures.To study analysis of framed structures under loading and secondary effects by stiffness systemapproach.To understand analysis of framed structures under loading and secondary effects by flexibility systemapproach.To explain analysis of framed structures under loading and secondary effects by stiffness memberapproach.To study analysis of framed structures under loading and secondary effects by flexibility memberapproach.


UNIT-I

Flexibility systems approach

12hrs.Existing Methods and Principles of Matrix structural Analysis, Static and KinematicIndeterminacies, Stable and Unstable Structures, Flexibility and Stiffness Influence coefficients.Analysis of Beams, Trusses, Frames and Grids by Flexibility systems approach under loading,prestrain, temperature and support settlement.

UNIT-II

Stiffness Systems Approach

11 hrs.Analysis of Beams, Trusses, Frames and Grids by Stiffness systems approach under loading,prestrain, temperature and support settlement.Analysis of problems of Elastic Supports by Matrix methods.

UNIT-III

Flexibility Member Approach07 hrs.Analysis of Beams, Trusses, Frames and Grids by Flexibility member approach under loading,

prestrain, temperature and support settlement.

UNIT-IV

Stiffness Member Approach

10 hrs.Analysis of Beams, Trusses, Frames and Grids by Stiffness member approach under loading,prestrain, temperature and support settlement. Rotation and transformation of axes in two andthree dimensions.

REFERENCES1. Matrix Analysis of Framed Structures by Weaver W. and Gere J. M., CBS Publishers and Distributors, New Delhi.2. Structural Analysis - A Matrix Approach by Pandit G. S. and Gupta S. P., Tata McGraw Hill Publication.


ACADEMICYEAR

2019-2020

B.E. IV : CIVIL

YEAR IV ELECTIVE:APM 1703 : CEMENT AND CONCRETE TECHNOLOGY

TOTALMARKS 150

SEMESTER I HOURS 35

OBJECTIVES To give basic knowledge of concrete technology with necessity and limitations. To explain thefundamentals of ingredients of concrete viz. cement, aggregate, admixtures and water. To explain thewater-cement ratio-workability of fresh concrete Segregation, and bleeding-tests for workability ofconcrete To explain strength of concrete and factors affecting its compressive, tensile, shear, bond andfatigue strength - Poisson's ratio, ultimate strain. To study Elasticity of concrete-secant modulus andtangent modulus- Dynamic modulus - Shrinkage of concrete-creep of concrete. To study durability ofconcrete, resistances against bad weather and chemical attacks, admixtures used - Air - entrainment.Design of concrete mixes by various methods. To study special type of concrete such as Fibrereinforced concrete, light - weight, pumped, vacuum, ready mixed, high strength, polymer concrete etc.- concreting at subzero temperature, gunite or shortcrete, ferro - cement.


UNIT-I

Introduction Of Ingredients

5hrs.

Manufacture and properties of ordinary Portland cement - materials used - chemical compositions -Bouges compounds - Heat of hydration.Different types of cements, their properties and uses - Tests for cement - Indian standardspecifications.

UNIT-II

Fundamentals Of Concrete And Mix Proportioning, Evaluation Of Workability AndStrength Properties

10hrs.

Mixing, placing, transporting and quality control of concrete. Quality of water used - curing ofconcrete - quality, type, size and grading of aggregates - types of concretes such as Fiberreinforced, Concrete ordinary, light - weight, pumped, vacuum, ready mixed, high strength,polymer concrete etc. - concreting at sub zero temperature, ,gunite or shortcrete, ferro cement.Water-cement ratio-workability of fresh concrete-Segregation, and bleeding-tests for workability ofconcrete.Strength of concrete and factors affecting its compressive, tensile, shear, bond and fatigue strength- Poisson's ratio, ultimate strain.

UNIT-III

Durability, Shrinkage And Creep Of Concrete

10hrs.

Elasticity of concrete-secant modulus and tangent modulus- Dynamic modulus - Shrinkage ofconcrete-creep of concrete.Durability of concrete-resistances against bad weather and chemical attacks - admixtures used - Air- entrainment.

UNIT-IV Design Of Concrete Mixes And Special Concretes 10

hrs.Design of concrete mixes - Fineness modulus method. A.C.I. method, Indian Standard Method andother methods - Acceptance criteria for strength - destructive and non-destructive tests for hardenedconcrete.

REFERENCES1. Properties of Concrete by A. M. Neville, Pitman Publishing Co. London.2. Concrete Technology by M.S.Shetty, S.Chand & Co., New Delhi.3. Concrete Technology by R.S.Varshney, Oxford & IBH.4. Concrete Technology by M.L.Gambhir, McGraw-Hill Publishing Co., New Delhi.5. Reinforced Concrete, Vol. I by H. J. Shah, Charotar Pub. House, Anand.




YEAR IV Core / Elective / FoundationCVL1703: Environmental Engineering-II

CREDIT 4

Semester I HOURS 52

OBJECTIVES: To understand basic concepts and unit processes of water and sewage treatmentTo learn design of conventional water and sewage treatment plantsTo understand sewerage system and learn its designTo understand basic aspects of meteorology and air pollution

COURSE CONTENT / SYLLABUSUNIT-I Sewage Treatment: 01 hrs.

Fundamentals, Objectives, Unit operations- Dry well, Wet well.UNIT-II Screening, Grit removal: 05 hrs.

Types and design, Sedimentation, Primary Settling Tanks.UNIT-III Water Treatment: 09 hrs.

Objectives, Line flow-Various options, Slow Mixing Devices & Rapid Mixing Devices-Hydraulic & Mechanical operations.

UNIT-IV Biological unit process and disposal of treated sewage: 13 hrs.Basic concepts of biodegradation (electron donor and electron acceptor), Basic concepts ofbiodegradation (aerobic, facultative, and anaerobic processes), Microbial growth requirement,Biological growth curve, mixed culture and types of microbes, Attached growth processes: basicconcepts, construction and operation of Trickling filter, Trickling filter problems andmaintenance, Design examples of Trickling filter, Suspended growth processes: basic concepts,construction and operation of Activated sludge process, Design and operational parameters ofASP, types of aeration systems, Modifications of ASP, Examples on Design and operation ofASP.

UNIT-V Waste stabilization ponds: 09 hrs.Principle of action, construction and operation and design example, Onsite sewage treatmentsystems: Septic tank, principle of action, construction and operation, Design of septic tank andsoak pit, Basics of anaerobic digestion, process biochemistry, Products of anaerobic digestion,types of anaerobic digesters, Design examples of anaerobic digesters.

UNIT-VI Design of sewers, sewer appurtenances, air pollution 08 hrs.Hydraulic design of sewers- Flow estimation- Quantity of sanitary sewage, variations in sewageflow, peak factors, Storm water flow estimation- Rational formula, rainfall intensity, time ofconcentration, Flow equations, pressurized flow, open channel flow- Manning’s formula, charts

and nomograms, shapes of sewer, Velocity considerations- Self cleansing and non-scouringvelocity, Partial flow condition, hydraulic elements of circular sewer, Numerical examples basedon sewer design, Sewer material and Sewer appurtenances.

UNIT-VII Disposal of treated sewage 02 hrs.Disposal of treated sewage, receiving water bodies and their effluent standards, stream pollutionand DO sag curve, Disposal of treated sewage on land for irrigation.

UNIT-VIII Air pollution 05 hrs.Definition and classification of air pollutants- Primary-Secondary, Particulates-aerosolsclassification as per size and mode of formation, Effects of air pollutants- on human, plants andvegetation, Global effects- Enhanced GHE, Ozone layer depletion, Acid rains, Meteorology-Atmospheric variables affecting dispersion- wind, Environmental and adiabatic lapse rate,Atmospheric stability, Automobile pollution.

REFERENCES1. Metcalf & Eddy : Waste-water Engg. treatment, disposal2. M.N.Rao & H.V.N.Rao – ‘Air pollution’3. G.S.Birdi, ‘Water supply and sanitary Engg.’4. V.N.Gharpure “A Text book of Water supply Engg. Theory, design and practice.5. Santosh kumar Garg, ‘Water Supply Engg.’6. Santosh kumar Garg, ‘Sanitary Engg.’7. Manual on water supply and treatment. Ministry of works and Housing, New Delhi.8. Manual on ‘Sanitary Engg. and Sewage treatment, Ministry of works and Housing, New Delhi

The Maharaja Sayajirao University of BarodaFaculty of Technology & Engineering,Department of Applied MechanicsPost Box No.51, Kalabhavan, Vadodara-390001,IndiaPhone: (+91-0265) 2438248E-mail: [email protected]

ACADEMICYEAR

2019-2020


YEAR IV ELECTIVEAPM 1704 : PILES, DIAPHRAGMS AND ANCHORAGES

CREDIT 150SEMESTER I HOURS 40

OBJECTIVES: Analyses and design civil engineering structures and systems which are cost effective, sociallyacceptable, and environment friendly. Identify and recommend materials and technologies foreffective and sustainable solutions.


UNIT-IPile load capacity 08

hrs.Bearing capacity of individual piles, static and dynamic methods, wave equation concept

UNIT-IIPile test and its efficiency 09

hrs.Pile load test, cyclic, instrumented pile large diameter-bored and under reamed piles in weakstrata, group action of piles, efficiency and settlement

UNIT-IIIDiaphragm walls 13

hrs.Use of diaphragm walls, construction problems, instrumentation, analysis and design methods,specification for bentonite trench operation, alternate panel method and successive panel method.

UNIT-IVAnchors 10

hrs.Application of anchors, detailing of ground and rock anchors, exploration, construction stagesand anchor design, corrosion protection and anchor pull out test.

REFERENCES1. J. E. Bowles, “Foundation analysis and design”, 4th edition, McGraw Hill International edition.

2. Poulos and Devis, “Pile foundation”, John Wiley, 1980.

3. Boyes, “Structural and cutoff diaphragm walls”, Applied Science Publication.

4. Diaphragm walls and anchorages, conference organized by institution of engineers, London.

5. Hanna, “Foundations in Tension”, Trans. Tech. Publication, McGraw Hill Book Company, 1982.

6. Little John,“Soil Anchors”,Proc. Ground engineering conference, Institution of Civil Engineering, London, 1970.

7. Majnal, I. “Construction of diaphragm walls”, 1984.




YEAR IV Core / Elective / FoundationCVL1705: TRANSPORTATION ENGINEERING II

CREDIT 4

Semester I HOURS 52

OBJECTIVES: Understanding the importance of role of Transportation EngineeringUnderstanding and learning the various Traffic Engineering parametersUnderstand and learn various highway construction materials characteristics and evaluation of theirpropertiesDesign of Highway geometrics and Highway PavementUnderstand and Learn the construction ,maintenance and repair of HighwaysUnderstand and Learn the Airport PlanningDesign the Runway, Taxiway and terminal areaUnderstanding and learning of Air Navigations Aids

COURSE CONTENT / SYLLABUSUNIT-I Highway Development and Planning 04 hrs.

Role of Roads in the development of nation, Planning concepts, Necessity, Road developmentPlan of India, Role of various organization, Master Plan, Financing, organizations.

UNIT-II Geometric Design 06 hrs.Geometric Designs of Highways and Roads in Urban Areas, Design of OSD, SSD, Superelevation, Horizontal and Vertical curve, transition curve Classification and consideration infixing alignment of roads.

UNIT-III Traffic Engineering 06 hrs.Introduction of Traffic Engineering, Traffic Volume, density, Capacity, Factors affecting PCUvalue, Surveys and design and control measures for traffic, intersections design and problem.

UNIT-IV Highway Material 06 hrs.Materials (Soil, Aggregate and Bitumen) for road construction their properties.

UNIT-V Pavement Design 06 hrs.Introduction of Pavement design, Types and Factors affecting the pavement performance, IRCguidelines for design of Flexible and Rigid Pavement.

UNIT-VI Highway Construction 06 hrs.Road construction methods of low Cost Road, Intermediate road (WBM and WMM) ,Bituminouspavement Construction.

UNIT-VII Highway Maintenance 02 hrs.Routine and periodic maintenance of Highways.

UNIT-VIII Airport Engineering 12 hrs.

Airport Planning – classification – site selection, runway orientation, imaginary surfaces, Airportobstructions, Layouts of airports – geometric design runway, taxiway, visual and air trafficcontrol aids, Terminal area design.

REFERENCES1. Khanna, Justo & Veeraghvan, Highway Engineering, Pub: NemChand & Bros, Roorke2. Chakroborty& Das, Principles of TransportationEngineering, Pub: PHI learning Pvt. Ltd3. S. K. Sharma, Principles Practice and Design of hihway Engineering, S Chand Pvt. LTd.4. Prithvi Singh Kandhal, Bituminous Road Construction in India, Pub: PHI learning Pvt. Ltd.5. Principles of pavement design: by Yoder and Witezak (Second edition)- Publisher: john Wiley and sons.6. Pavements and surfacing for Highway and airports: by Michel Sargious (1975) – Publisher: Applied science

publishers ltd.7. Pavement management systems: by Hose and Hudson- Publisher: McGraw Hill8. Thickness design – asphalt pavement structures for Highway and streets – Publisher: Asphalt Institute (US)9. Khanna and Arora, Airport Planning and design Pub. Nemchand& Sons Roorkee10. Sehgal and Bhanot, A Text book of Highway & Airport Engg. S.Chand and Co.11. Horonjeiff,Mckelvy, Sproule& Young, The planning and design of Airport –Pub. McGraw Hill Co.12. IRC – Hand book of Quality control for construct ion of Roads and runways13. MORT&H (5TH Revision) – Specifications for Road and Bridges14. Codes-IRC-37,IRC-58, IRC-SP-17




YEAR IV Core / Elective / FoundationCVL 1707: Air Pollution (Elective-I)

CREDIT 3

Semester I HOURS 39

OBJECTIVES: Understanding of air pollutants, pollution sources and effectsUnderstanding monitoring techniques of air pollution and legal aspectsUnderstanding dispersion of pollutants and application for concentration prediction modelDesign of control strategies and equipments for abatement of air pollution


General : Definitions, importance of air pollution studies, atmospheric composition, Units ofmeasurements, conversion of units

UNIT-II 05 hrs.Sources and types of air pollution, Pollutants from different industries, Classification of airpollutants, Particulate and gaseous pollutants, Classification of atmospheric particulates, Physicaland chemical properties of particulates

UNIT-III 07 hrs.Effects of air pollutants On human health- SO2, CO, particulates, On Plants and vegetation,Global effects- Enhancement of Green House effect, Ozone layer depletion, Acid Rains- Causes,effects and control

UNIT-IV 05 hrs.Air sampling, methods and monitoring, Ambient air quality standards, Air Pollution Control Act,Ambient air sampling- Objectives and considerations for representative sample, methods ofcollection for particulate and gaseous pollutants, Stack sampling- Objectives and considerationsfor representative sample, numerical examples for pollution load

UNIT-V 08 hrs.Role of meteorology and topography, Past air pollution disasters, Basic atmospheric variablesaffecting dispersion- Wind speed and direction, gradient wind, wind velocity profile effect oftopography and terrain characteristics, wind rose, Temperature profile, radiation energy balance,lapse rates, atmospheric stability, plume behavior, Stack height criteria, effective stack height,Gaussian plume dispersion model, Numerical examples

UNIT-VI 06 hrs.In- plant control of air pollution, Control of gaseous pollutants, Control methods for Sulfurdioxide, Control methods for oxides of nitrogen

UNIT-VII 03 hrs.Control equipments for particulate matter, Types of control equipments- application, advantages

and limitations, Design examples of control equipments

UNIT-VIII 03 hrs.Automobile pollution, photochemical reactions, Pollutants from automobile, types of emissions,factors influencing pollutant concentration, control techniques for emissions from automobile

REFERENCES1. Air pollution by H.C.Perkins2. Air pollution : M.N. Rao & H.V.N. Rao3. Air Pollution its Origin and Control- Kenneth Wark, Gecil F Warner, Wayne T Devis4. Environmental Engg. by Peavy, Rowe and Tehobanoglous5. CPCB manual for Ambient air quality monitoring and Stack monitoring6. Environmental Pollution Control Engineering- C.S.Rao




YEAR IV Core / Elective / FoundationCVL 1713: Transportation Planning (Elective-I)

CREDIT 3

Semester I HOURS 39

OBJECTIVES: Understand and learn regional transportation planning including econometrics analysis.Application of different demographic and employment forecasting methods.Understand urbanization process.Learn system approach to urban transportation planning process.Understand and Learn four-step travel demand forecasting methods with its application.Application and calibration of Gravity model for trip distribution.Understand basics of mass transit system.

COURSE CONTENT / SYLLABUSUNIT-I Regional planning: 06 hrs.

Introduction to Transportation planning, Classification of regions - Transport systems functions -Regional delineation -Regional growth - Concepts of GDP and GNP - Regional economicanalysis, Factors of production, regional income, location quotient, multiplier effects

UNIT-II Demographic and employment forecasting mode: 04 hrs.Population forecast, Linear & Exponential models, Logistic models, Cohort – survival models –Employment classification, economic base mechanism, input and output analysis

UNIT-III Urbanisation Process: 03 hrs.Urban growth mechanism – Urban morphology – Urbanisation & travel demand - Urbandevelopment planning policy – National Urban transport policy - Urban transport problems inIndia

UNIT-IV Urban Transport Planning Process: 05 hrs.Urban travel patterns - Study area delineation- Zoning - Planning surveys - Urban activity system-Sustainable urban transport - Systems approach, Travel Demand Estimate-Trip based and activitybased approach - Four stage travel demand modeling, Data needs and outputs - Quick responsetechniques - Survey designs

UNIT-V Trip Generation: 04 hrs.Productions & Attractions - Influential factors –Trip rate analysis-Category analysis- Simple &Multiple linear regression models

UNIT-VI Trip Distribution: 05 hrs.Interchange matrix – Growth factor methods, Synthetic methods –Calibration of Gravity model

UNIT-VII Modal Split: 04 hrs.

Influential factors – Diversion curves & surfaces, Discrete choice models, Concept, Types,Binomial Logit models and Multinomial Logit models

UNIT-VIII Trip Assignment: 04 hrs.

Trip Assignment procedure – Diversion curves - All or Nothing assignment - Multipathassignment - Capacity restraint assignment – User equilibrium and system equilibrium approach

UNIT-IX Public Transportation and Its Importance: 04 hrs.Urban travel demand/supply by individual and mass transportation, Characters of urban masstransportation problems, Policy for urban bus services, Global Scenario, Characteristics of publicTransit System-Typical basic, characters of selected mass transit system (BRTS) – MT vehicledimensions, – selected criteria of more and rural, fleet size demand.

REFERENCES

1. Urban Transportation System by Dr. P. J. Gundaliya and Dr. H. R. Varia, Mahajan Publishing House; 3 edition(2014)

2. Transportation Planning: Principles, Practices and Polices by P.K. Sarkar, Vinay Maitri and G. J. Joshi, Pub. PHI

3. Transportation Engineering and Planning, C. S. Papacostas and PanosPrevedouros, Pearson Education India; Thirdedition (31 July 2015)




YEAR IV Core / Elective / FoundationCVL 1711:Water Resources Engineering

CREDIT 4

Semester I HOURS 52

OBJECTIVES: Understand the different type of canals and hydraulic structures on canal and rivers.Select the appropriate type of structures according to field requirements.Analyse the various quantities such as forces, flow rates, pressures in hydraulic structures.Carry out design of structures for hydraulic and structural requirements.Investigate the safety of structures.Plan the water resources system for sustainable development

COURSE CONTENT / SYLLABUSUNIT-I Introduction : 05 hrs.

Water resources-importance, scope of water, water resources engineering, history and future.Development in India, Irrigation-advantages and disadvantages.Types of Irrigation schemes-diversion head works and storage head works.

UNIT-II Diversion head works : 08 hrs.layout, functions and components.Types of weirs – structural elements and functions and selection of site, design principles forweirs on permeable foundations-surface flow theory.Bligh’s theory, Khosla’s theory, silt excluder and silt ejector; causes of failure of weirs.

UNIT-III Storage head works : 05 hrs.Selection of dam site, types of dams and their selection.Investigations for reservoir projects; reservoir storage zones.Fixing height of dam, sedimentation in reservoirs, flood control measures.

UNIT-IV Earth dams : 08 hrs.Types of earth dams – components and their functions, earth dam foundations.Causes of failure; design criteria; design of slope protection.Seepage control for the embankment and the foundation-cutoff, rock toe, filters etc. slope stabilityanalysis.

UNIT-V Gravity dams : 08 hrs.Selection of gravity dam, forces acting on dams.Causes of failure and safety criteria, stability analysis-design by single step method, step by step

method.Elementary profile, low and high dam.

UNIT-VI Spillway : 05 hrs.Types of spillways and their suitability; factor affecting design.Overflow spillway-discharging capacity, purpose of ogee crest, factors affecting crest profile.Energy dissipators, necessity, types, factors effecting selection.

UNIT-VII Canals : 08 hrs.Canal network, command areas; canal cross-section – elements and functions.Design of unlined canal sections-Kannedy’s and Lacey’s theories.Lining of canals-benefits and types of lining, design of lined canal sections; alignment of canals.

UNIT-VIII Canal structures : 05 hrs.Regulation works – Head regulator, cross regulator.Escapes, outlets, canal falls-functions and types.Cross drainage works-types, selection.Hydropower generation : Types of hydropower plants-functions of various components, powerestimates.

REFERENCES1. Theory & Design of irrigation structures :R.S.Varshney, S.C.Gupta and R.L.Gupta.2. Irrigation and water power Engg. B.C.Punamia, PandeB.B.Lal3. Irrigation Engg. & Hydraulic structures S.K.Garg.4. Water resources Engg. : Linsley and Franzini5. Engg. for dams Vol-I to III : Creager, Justin & Kinds.6. The Engg. of Large dams : H.H.Thomas7. Design of small dams U.S.B.R.8. Irrigation Engg. – Principles and Practice Vol.I to VIII :K.B.Khushalani9. Irrigation, Water Power and Water Power Engineering by K. R. Arora10. Irrigation by G. L. Asawa11. Water Resources Engg. by Larry W. Mays

The Maharaja Sayajirao University of BarodaFaculty of Technology & Engineering,Department of Applied MechanicsPost Box No.51, Kalabhavan, Vadodara-390001Phone: (+91-0265) 2438248 ,Email: [email protected]

ACADEMICYEAR

2019-2020

B.E CIVIL : UG

YEAR IV COREAPM 1802 : GEOTECHNICAL ENGINEERING II

TOTALMARKS 150


OBJECTIVES: Based on the knowledge of Geotechnical Engineering-I the design of shallow and deep foundation,retaining structure, machine foundation and stability of slopes is to be taught. Also subsurfaceinvestigation for the design of foundation system being given emphasized.


UNIT-I

Field Exploration

15 hrs.Field Exploration, Sampler, Sample disturbance, Standard Penetration Test, Plate load test, Pile loadtestGeotechnical aspects of well and pier foundations. Design principles of Machine Foundations

UNIT-IIEarth Pressure Theories & Sheet Pile Wall

06 hrs.Earth pressure, Active and passive earth pressure conditions. Earth pressure theories, retainingwalls. Bracing in open cuts, Sheet piling and anchor bulkheads

UNIT-IIIStability of Slopes

07 hrs.Stability of Slopes, Factor of safety, Slice method, friction circle method and other methods ofanalysis, Various stability conditions in an earth dam and canals

UNIT-IV

Bearing Capacity & Pile Foundation

12 hrs.Bearing capacity of soil, Terzaghi's theory, Factors affecting bearing capacity, settlement-consideration and computation. Effect on water-table. Individual & combined footing, Rafts.Pile foundations, point bearing and friction piles, Bearing capacity of single pile in clay and sand.

REFERENCES1. Soil Engineering Vol. I by Alam Singh, Asia Pub. House.

2. Soil Mechanics and Foundation Engineering by B.C.Punamia, Std.Pub.

3. Analysis and Design of Retaining Structures by Shamsher Prakash & Gopal Ranjan, Sarita Publication

The Maharaja Sayajirao University of BarodaFaculty of Technology and EngineeringDepartment of Applied Mechanics,Post Box No. 51 , Kalabhavan , Vadodara – 390 001.Phone :- (+91 – 265 ) 2438248Email :- [email protected]

ACADEMICYEAR

2019-2020

SECOND SEMESTER OF B.E. IV (CIVIL)YEAR IV CORE :

APM 1803 :- STRUCTURAL DESIGN – IIITOTALMARKS 150


OBJECTIVES:

Comprehensive, Theory based understanding of the natural and physical sciences and the fundamentalapplicable to the engineering discipline.In depth understanding of special knowledge within the engineering discipline.To understand the design of various RCC and Steel Structures.To study the Analysis and Design of Multistory Building.To Study and Design of Various Structure like Retaining Wall , Water Tank and PileTo Understand the complete design of Steel Factory Building like Roof Truss, Crane Girder, SideStanchion, Purlin , Foundation Design.To study and design of Steel Foot Bridge.


UNIT-I

Analysis and design of multistorey buildiing & Flat slab

12hrs.

Building frames including portal frames : Gravity loads - Area method and Beam reaction method ofanalysis-Substitute frame - Arrangement of live loads - Two cycle method - Redistribution ofmoment and frame analysis - Wind and earthquake loads - Complete design problem-Detailingof Reinforcements- Introduction to IS Code 1893 (Part I) – 2002 and IS Code 13920-1993 (2003).Flat slabs - Circular slabs. Elements of prestressed concrete.

UNIT-II

DESIGN OF RETAINING WALL, WATER TANKS AND PILES11hrs.

Cantilever and Counter fort type Retaining walls. R.C.C. Water tanks - Rectangular and circulartanks, Underground, resting on ground and overhead tanks - Columns, braces and foundations.Raft and Pile foundations.

UNIT-III

DESIGN OF INDUSTRIAL BUILDING (STEEL STRUCTURES)

11hrs.

Introduction to industrial bent. Roof covering - A.C. and C.G.I. sheets - Code provisions.Gantry girders. Purlin and side sheeting rails - angle, tube and Z section - Fabricated purlin -Purlin with sag rods. Roof trusses and lattice girders.

UNIT-IV DESIGN OF STEEL BUILDING COMPONENTS & FOOT BRIDGE 11

hrs.Side stanchion - Crane stanchion - Gable stanchion - Wind bracings - Column bases -Foundations. Simple steel bridges – Foot- bridge-Detailing of finished components.

REFERENCES1. Reinforced Concrete, Vol. I and II by H.J.Shah, Charotar Pub.2. Reinforced Concrete by S.K.Mallick & Gupta, Oxford & IBH Pub.3. Continuity in Building Frames-Portland cement association, USA.4 Steel Structures by A .S. Arya & Ajmani, Nemchand & Bros.5 Steel Designer's Manual - ELBS Publications.6 Steel Structures by T.J.Macginley, E & F N SPON.7 Steel Structures by Raghupathi, Tata McGraw Hill Pub.

8 IS:1893-2002 “Criteria for Earthquake Resistant Design of Structures-Part I: General Provisions for Buildings ”, BIS,New Delhi, 2002.

9 IS:13920-1993 (2003) “Indian Standard Code of Practice for Ductile Detailing of Reinforcement Concrete Structuressubject to seismic Forces”, BIS, New Delhi, 1993 (2003).

10 Design of Steel Structure By S K Duggal11 Design of Steel Structure By S Sherekar




YEAR IV Core / Elective / FoundationCVL 1802 : Construction Planning and Management

CREDIT 4


OBJECTIVES: Apply the planning for construction projects, Learn the various Planning methods Such as Networkmethods and Conventional method – and developing Barchart.Planning the Construction Project using Network Methods, Developing the CPM and PERT networksfor Construction Project, Analyzing the probabilities of completing a project in a scheduled timeduration.Analyzing the schedule of the construction project and applying Cost- optimization, Resourceallocation to prepare revised schedule.Understating and Learning the various Floats of the activities and controlling and Monitoring ofConstruction Project – Updating, Understand Engineering fundamentals related to constructionequipment.Understand and Design the numbers and capacity of construction equipments and resources for aconstruction project.Estimate the cost of Owning and Operating construction equipment.

COURSE CONTENT / SYLLABUSUNIT-I Construction Planning : 06 hrs.

Necessity, Construction Project Planning Phases, methods of planning-comparisonsFundamental terms: events, activities, Time Estimates, Numbering the events and methods, Rulesand Guidelines to develop network

UNIT-II Critical Path Method: 06 hrs.Developing a network, critical path, SchedulingProgramme Evaluation and Review Technique (PERT) method: Developing a Network,Frequency and Probability Distribution of Time Duration, Construction scheduling Probability ofCompleting a project in a scheduled time duration

UNIT-III Time Grid, Time – Cost Optimization, 07 hrs.Diagrams, Time-Cost optimization-Crashing, Resource allocation, Construction Control –Updating.

UNIT-IV Resource Allocation, Construction Control - Updating 07 hrs.Resource Allocation, Updating

UNIT-V Conventional method of Planning –Barchart 09 hrs.Floats of the activities of the construction project Engineering Fundamentals, Rolling Resistance,effect of grade Drawbar pull, Rimpull, acceleration, cycle time, swell and shringkage of soils.Tractors and related equipments Tractors – types, performance gradability.

UNIT-VI Bulldozers- 07 hrs.Types and output, Tractor, rippers, land cleaning equipmentExcavating Equipment: Powershovel, Dragline, Back-hoe, Clamshell, Scrapers; types and out–types and size, selection, optimum depth of cut

UNIT-VII Hauling equipments: 07 hrs.Trucks and wagons, types and capacitiesCompacting equipment; Rollers, their suitability for different operations. Belt conveyerscomponent and power required.Other Construction equipments: pumping equipments, types of pumps used in construction workselections.Drilling and blasting of rocks, drill bits, selection of drilling patterns, rates of drilling use ofcompressed air compression indrilling.Concrete Mixers: Types and Size

UNIT-VIII Selection of construction Equipment 03 hrs.Methods of depreciationCost of owning and operation of equipmentCost of Maintenance and repairs of construction equipment.

REFERENCES1. Construction Planning, equipment and Methods – R.C.Peurifoy.2. Construction equipment, planning and applications :MeheshVerma3. PERT & CPM by Punamia and Khandelwal4. Critical path methods in construction practice – Antia5. Farm Machinery and equipment : Smith and Willes6. Farm Machinery :Gulfin.




YEAR IV Core / Elective / FoundationCVL 1804 : Irrigation Engineering

CREDIT 4


OBJECTIVES: Understand the different type of Irrigation systems.Select the appropriate type of irrigation methods.Estimate crop water requirements.Investigate infiltration rate and other moisture constants.Analyse and Design of various irrigation systems.Plan irrigation scheduling.

COURSE CONTENT / SYLLABUSUNIT-I Introduction 05 hrs.

Definition, objective, role of water in plant life, root zone development stages, root zone, effectiveroot zone depth. Water holding capacities of soil, field capacity, available water to plant,management allowable deficiency. Wilting point, consumptive use of water. Relation of moisturecontent of soil and yield of crop, irrigation depth, frequency, scheduling, soil reservoir concept,leaching requirement of soil.

UNIT-II Crop Water Requirement 08 hrs.Water requirement of Crops, Crops and Crop seasons, duty and delta of water. Consumptive useapproach, evapotranspiration including methods suggested by FAO and ASCE. Measurement ofevapotranspiration, crop coefficients, computation of NIR and discharges, Integrated commandarea development.

UNIT-III Infiltration 05 hrs.Definition, different methods of measurement, factors influencing measurement of infiltration.single cylinder, double, cylinder, blocked furrow. Inflow-outflow method, etc.

UNIT-IV Furrow Irrigation Method 08 hrs.General – types of Irrigation methods, selection of method incl. Sub-surface method, etc. Furrows,different types of furrows, suitability of different types of furrows for different crops grown.Characteristics of flow in furrow irrigation, parameters influencing furrow irrigation incl. Factorsaffecting furrow design. Evaluation of furrow irrigation i.e. phases of water profile development,data and analysis, equations of advance and recession curves, time of ponding, irrigationefficiencies.

UNIT-V Border Irrigation Method 06 hrs.General introduction, their adoptability for different crops grown, advantages.Types of borders, limitations, factors affecting shape and size of borderDesign of border irrigation system, design assumptions, hydraulics of border irrigation.

UNIT-VI Basin Irrigation Method 07 hrs.General description of check basin, types of check basin irrigation based on size and shape. Theiradaptability for different crops grown, limitations, factors affecting shape and size of basin.Design of basin irrigation system, hydraulics of basin irrigation.

UNIT-VII Sprinkler Irrigation Method 05 hrs.Definition, conditions favouring sprinkler irrigation, limitations, types of sprinkler systems,components of the sprinkler system. Moisture distribution pattern of individual and combinedsprinkler, effect of wind on distribution pattern. Design of sprinkler irrigation system, evaluationof sprindler, catch can tests, coefficient of uniformity.

UNIT-VIII Drip Irrigation Method 08 hrs.Principles, advantages and disadvantages, Components, types of emitters, emitter hydraulics,emitter uniformity, lateral hydraulics.

REFERENCES1. Theory & Practice of surface irrigation – W.R.Walker2. Irrigation : Theory & Practice : A.M.Michael, Vikas Pub. House, New Delhi.3. Principles of Agricultural Engineering Vol.II : A.M. Michel and T.P.Ojha Jahi Bros, New Delhi.4. National Engineering Handbook section 15 – Irrigation USDA SCS5. Cuenca, R.H., “Irrigation System Design – An Engineering Approach” Prantics Hall.6. Asawa, G.L. “Irrigation Engineering” Wiley Eastern Limited.7. Crop Water Requirement, F.A.O. Publication No. 54




YEAR IV Core / Elective / FoundationCVL 1813 : Pavement Design and Construction

CREDIT 4


OBJECTIVES: Understand and learn pavement basics and factors affecting the pavement design.Understand and learn various highway construction materials characteristicsDesign the bituminous mix for flexible pavementDesign the flexible pavement according to specified codesDesign the Rigid pavement and its joints according to specified codesUnderstand and study the types and uses of various Highway construction equipment’sUnderstand and Learn the construction of flexible and rigid pavementsUnderstand and Learn the Maintenance and Quality control of Highways

COURSE CONTENT / SYLLABUSUNIT-I Introduction to Pavement Basics: 05 hrs.

Pavement types, Structures, field tests, Factors affecting design and performance of Highwaypavements, Pavement components and their function; behavior under sustained and repeatedloading

UNIT-II Pavement Materials (Soil, Aggregate and Bitumen): 04 hrs.Fundamental concepts, Source of pavement material Particle size distribution, Engineering soilclassification methods, Sampling of aggregate, Classification of Bitumen, Modified Bitumen,Field and laboratory tests, Significance and application of test results, Site investigation.

UNIT-III Pavement Mix design : 10 hrs.Objectives of Mix Design, Blending of aggregate, Properties of various mixes, mix designmethod:- Marshal mix design

UNIT-IV Flexible Pavement design methods for Highway: 08 hrs.

Empirical, Semi-empirical and mechanistic approaches of flexible pavement design using thespecified IRC codes.

UNIT-V Rigid Pavement design methods for Highway: 10 hrs.Different approaches and general considerations in the design of rigid pavement using IRC codes,Types of joints, Spacing and joint details for longitudinal joints, Construction and expansionjoints, design of dowel bar and tie bar

UNIT-VI Construction Methods: 05 hrs.Different types of low, Intermediate and high type pavements, WBM, WMM, Gravel road,bituminous road, Cement concrete pavements, Recycled asphalt pavement, Micro-surfacing.

UNIT-VII Equipment: 07 hrs.Introduction to machineries used in road construction, use of machinery, owning and operatingcost per hour.

UNIT-VIII Maintenance and Quality Control: 03 hrs.Periodic and routine maintenance for different types of pavements, quality control chart,frequency of test for quality control.

REFERENCES1. IRC – Hand book of Quality control for construct ion of Roads and runways2. MORT&H(5TH Revision) – Specifications for Road and Bridges3. Khanna, Justo&Veeragvan, Highway Engineering, Pub: NemChand& Bros, Roorke4. Chakroborty& Das, Principles of TransportationEngineering, Pub: PHI learning Pvt. Ltd.5. S. K. Sharma, Principles Practice and Design of highway Engineering, S Chand Pvt. LTd.6. Prithvi Singh Kandhal, Bituminous Road Construction in India, Pub: PHI learning Pvt. Ltd.7. Principles of pavement design: by Yoder and Witezak (Second edition)- Publisher: john Wiley and sons.8. Pavements and surfacing for Highway and airports: by Michel Sargious (1975) – Publisher: Applied science

publishers ltd.9. Pavement management systems: by Hose and Hudson- Publisher: McGraw Hill10. Thickness design – asphalt pavement structures for Highway and streets – Publisher: Asphalt Institute (US)11. Codes-IRC-37,IRC-58, IRC-SP-17

The Maharaja Sayajirao University of BarodaFaculty of Technology and EngineeringApplied Mechanics DepartmentPost box no: 51, Kalabhavan, Vadodara- 390001, India.Phone: (+91-0265) 2438248Email: [email protected]

ACADEMICYEAR

2019-2020

B.E. CIVIL ENGINEERING : UG

YEAR IV ELECTIVE-IIAPM 1801: ADVANCED PROGRAMMINGWITH

ENGINEERING APPLICATIONS

TOTALMARKS 150


OBJECTIVES: To study Interactive processing and networking in Windows environment.To give overview of programming, logical operations, transfer of control statements, looping andstructured programmingTo explain the use of direct and sequential access files.To explain the use of subscripted variables, implied looping, sub programs and advanced programmingstatements such as common, equivalence, entry save etc. required for programming of matrix methods.To study the programming for graph plotting.To explain in detail the programming of civil engineering and matrix method problems.To introduce commercial application softwares.To study numerical methods required for solving structural analysis problems, such as Eigen value andEigen vector problemsTo solve structural analysis problems by numerical differentiation.To introduce Finite Element Method for 1 D problems.


UNIT-I

Introduction to C Programming

07hrs.Functional organisation of computer systems. Micro computer, Terminal operations, Interactiveprocessing, Networking, Windows Environment.Overview of programming, Logical operations, Transfer of control statements. DO loops andStructured programming, Sequential and direct access file manipulation commands.

UNIT-II

C-Programming

08 hrs.Subscripted variables and Implied looping, Subprograms, Statements for advanced programming-Common, Equivalence, Type declaration, Data, Character, Save, Entry, Allocate, Deallocatestatements etc.Programming for graph plotting, Introduction to micro computer graphics.

UNIT-IIIC-Programming

11 hrs.Programming of Civil Engineering and Matrix Methods problems

UNIT-IV

Numerical Methods In Engineering and Application Softwares

14 hrs.Relaxation methods Eigen value and Eigen vector problems.Finite difference methods for ordinary and partial difference equation problems.Introduction to the Finite Element Method - One dimensional application.Introduction to application softwares such as Excel, Access, AutoCAD, STAAD and their uses inCivil Engineering.

REFERENCES1. Fundamentals of Computers – Rajaraman V., 3rd Edition, Prentice Hall of India, New Delhi, 1999.2. Mastering EXCEL – Gini Courter and Annette Marquis, BPB Publication, 2002.3. Computer Programming in Fortran 90 and 95 by V Rajaraman, Prentice Hall of India Pvt Ltd, 2008

4. The C Programming Language – Ritchie, D. M. and Kernighan B. W., 2nd Edition, Prentice Hall of India Pvt Ltd,2008.

5. Computer Oriented Numerical Methods – Rajaraman V., Prentice-Hall India.


ACADEMICYEAR

2019-2020

B.E. CIVIL : UGYEAR IV ELECTIVE:

APM1804: PRESTRESSED CONCRETETOTALMARKS 150


OBJECTIVES: To study Basic principles of prestressing - Materials used - permissible stresses-IS 1343 codeprovisions - Post tensioning and Pre-tensioning cable profile-safe cable zone, analysis of sectionsunder flexure-pressure line-load balancing concept. To be aware of systems of prestressing and typesof anchorages used. To give overview of different types of losses in prestress. To explain calculation ofshort-term and long-term deflection of prestressed concrete flexural members. To study shear stressesand bond stresses in end blocks. To explain design of prestressed concrete slabs and beams. Tointroduce limit state of collapse under flexure to statically indeterminate structures, water tanks, pipes,etc.


UNIT-IIntroduction Of Prestressed Concrete

5 hrs.Basic principles - Materials used - permissible stresses-IS 1343 code provisions - Post tensioningand Pre-tensioning cable profile-safe cable zone.

UNIT-II

Systems Of Prestressing ,Types Of Losses And Analysis Of Sections

13 hrs.Systems of prestressing-Types of anchorages used and different types of losses in prestress.Analysis of sections under flexure-pressure line-load balancing concept and Short-term and long-term deflection of prestressed concrete flexural members.

UNIT-IIIShear Stresses And Bond Stresses In End Blocks And Design Of Prestress

13 hrs.Shear stresses and bond stresses in end blocksDesign of prestressed concrete slabs and Design of prestressed concrete beams.

UNIT-IV

Limit State Of Collapse Under Flexure And Deflection In Flexure Member

4 hrs.Limit state of collapse under flexure - Introduction to statically indeterminate structures, watertanks, pipes, etc.Short-term and long-term deflection of prestressed concrete flexural members.

REFERENCES1. Prestressed Concrete by N.Krishna Raju, Tata McGraw-Hill Publishing Co., New Delhi.2. Prestressed Concrete by S.K.Mallick and A.P.Gupta, Oxford and IBH Publishing Co., New Delhi.3. Fundamentals of Prestressed Concrete by N.C.Sinha and S.K.Roy, S. Chand and Co., New Delhi.4. Design of Prestressed Concrete Structures by T.Y.Lin. Asia Publishing House, New Delhi.

The Maharaja Sayajirao University of BarodaFaculty of Technology & Engineering,Department of Applied MechanicsPost Box No.51, Kalabhavan, Vadodara-390001,IndiaPhone: (+91-0265) 2438248Email: [email protected]

ACADEMICYEAR

2019-2020


YEAR IV ELECTIVEAPM 1805 : COMPUTER APPLICATIONS TO

FOUNDATION STRUCTURES

CREDIT 150SEMESTER II HOURS 40

OBJECTIVES: Analyses and design civil engineering structures and systems which are cost effective, sociallyacceptable, and environment friendly. Identify and recommend materials and technologies foreffective and sustainable solutions.


UNIT-IFinite difference method and computer applications 08

hrs.Finite difference for footing analysis, modulus of subgrade reaction, principles of softwareformulation, computer application to design of footing, rafts, pile foundations, retaining walls

UNIT-IIPile design 09

hrs.p-y curves for piles subjected to lateral loads, analytical and graphical approach for batter pile

UNIT-IIIBeams on elastic foundation and soil line & beam line method 13

hrs.Analysis of shallow foundation by beams on elastic foundation, settlement of footing fromconstitutive laws, contact pressure distribution, Raft foundation- soil line and beam line method

UNIT-IVMachine foundation 10

hrs.Dynamic interaction of machine with foundation soil system, Natural frequency determinationmethods, two-mass spring system of hammer foundations, isolation system

REFERENCES1. Analysis and design of foundations and Retaining structures by ShamsherPrakash and GopalRanjan

2. Machine Foundation by Shrinivasan and Vaidyanathan

3. Pile foundation by Powlors

4. Analysis and design of foundations by Bowles

5. Computer application in Geotechnical engineering by J.E.Bowles




YEAR IV Core / Elective / FoundationCVL1814: Elective-II (Advanced Water Supply Engineering)

CREDIT 4


OBJECTIVES: Recognize quality of water from different sources, emerging pollutants and their analytical techniques.Understand and develop designing skill for various water treatment operations and processes.Acquire knowledge of advanced/non-conventional methods of water treatment.Understand rural water supply system and water supply system for buildings.


Water sources and feasibility of using them, Quality of water from various sources and waterquality standards, Water treatment schemes for various sources, Coagulation: basic concepts,colloid chemistry, mechanisms, Coagulants and coagulant chemistry, alkalinity-turbidityrelationships, Equipment for coagulation: hydraulic, pneumatic, and mechanical mixers, designconcepts and parameters, Design of rapid mix units, Flocculation: basic concepts and models,Design of flocculation basins

UNIT-II 07 hrs.Principle and types of Sedimentation, analysis of discrete particle settling, Examples on settlingvelocity of particles, Concepts of continuous flow settling basins, design parameters for settlingbasins, components of a settling basin, Design of sedimentation basins, non-ideal behavior ofsettling basins, Inclined plate and tube settlers, design of tube settler

UNIT-III 06 hrs.Granular media filtration, types of granular media filters, principle of working, Construction andoperation of filter units, Filter hydraulics and design of sand filters,

UNIT-IV 05 hrs.Disinfection: principle of action, types of disinfectants, chemistry of chlorination, Kinetics ofchlorination, forms of chlorination, factors affecting chlorination, Examples on chlorinationchemistry, chlorine demand

UNIT-V 07 hrs.Softening: General discussion about Water Treatment ProcessesLime Soda Process, Excess lime treatment ProcessZeolite Process (cation Exchange Process)

UNIT-VI 08 hrs.Desalination and demineralization: Osmosis-Reverse Osmosis Process, Membrane types andcharacteristics, membrane fouling, R O Module configurations Electro dialysis process, Solardistillation and Thermal distillation

UNIT-VII 04 hrs.Emerging pollutants – Pharmaceuticals and personal care products (PPCPs) in drinking water:sources, their effects, and mitigation measures.Advanced methods of water analysis Optical methods of analysis (Absorption and emissionspectrophotometry, Infrared spectroscopy); Chromatographic methods of analysis (Gaschromatography, liquid chromatography)

UNIT-VIII 08 hrs.House Plumbing: Capacity of under-ground tank, overhead tank, water supply system in high risebuildings, design of down take water supply pipe etc. Building drainage, traps, types of traps,types of plumbing in building drainage, external drainage system. Rural water supply: Per capitawater demand, Disinfection methods for well rural water Supply etc.

REFERENCES1. Water supply & Sanitary Engg. by G.S.Birdie2. Water supply Engg. by Prof. V.N.Gharpure3. Water Supply Engg. by Santoshkumar Garg4. Manual on Water Supply and Treatment by Ministry of works and housing, New Delhi

5. Water Works Engineering- Planning, Design and Operation by Syed R. Qasim, Edward M. Motley, Guang Zhu6. Environmental Engineering by Peavy, Rowe and Tehobanoglous

Documents

TheMaharajaSayajiraoUniversityOfBaroda … CIVIL... · 2020. 2. 5. · 2 Srivastava,Dhavan:TextBookofEngineeringMathematics,DhanpatRai&Sons. 3 Shantinarayan:DifferentialCalculus,S.Chand&Co.NewDelhi