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TRAININING PROGRAMME ON Theory of Machine & Dynamics WITH IIT FACULTY PROGRAMME SCHEDULE WEEK - I : Day Session I 10.00 AM-11.00AM Session II 11.10 AM- 12.10 PM Session III 12.20 PM- 1.20 PM Session IV 2.30 PM- 3.45 PM Session V 4.00 PM-5.30 PM Day I Monday Registration Inauguration Introduction to Programme Simple Mechanism: Introduction of theory of machines, Definitions- kinematic pair, kinematic chain, mechanism, Machine inversions, Four bar chain and Slider crank chain and their inversions. Assignmen t/ Tutorial Interactive session on Teaching Theory of Machine: Concept understanding by students and teachers Day 2 Tuesday Velocity and Acceleration: Instantaneous centre, Relative & analytical method Velocity and acceleration of four bar mechanism Klein's construction for single slider crank mechanism. Velocity and acceleration of piston in a I.C engine Assignment/ Tutorial Assignmen t/ Tutorial contd. Instructional objectives + assignment on writing objectives for a chosen topic of Theory of Machine Day3 Wednesda y Governors : Functional difference with flywheel. Watt, porter, proell and hartnell- their construction and working. Sensitivity, stability, hunting phenomenon and isochorisom Assignment/ Tutorial Assignmen t/ Tutorial contd. Domains of learning + assignment on writing objectives at various level of hierarchy of

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Page 1: TRAININING_PROGRAMME_ON_Theory of Machine & Dynamics _WITH_IIT_FACULTY[1].docx

TRAININING PROGRAMME ON Theory of Machine & Dynamics WITH IIT FACULTYPROGRAMME SCHEDULE

WEEK - I :Day Session I

10.00 AM-11.00AMSession II11.10 AM- 12.10 PM

Session III12.20 PM- 1.20 PM

Session IV2.30 PM-3.45 PM

Session V4.00 PM-5.30 PM

Day IMonday

Registration Inauguration Introduction to

Programme

Simple Mechanism: Introduction of theory of machines, Definitions- kinematic pair, kinematic chain,

mechanism, Machine inversions, Four bar chain and Slider

crank chain and their inversions.

Assignment/ Tutorial

Interactive session on Teaching Theory of Machine: Concept understanding by students and teachers

Day 2 Tuesday

Velocity and Acceleration: Instantaneous centre, Relative & analytical

method Velocity and acceleration of four bar mechanism Klein's construction for single slider crank

mechanism. Velocity and acceleration of piston in a I.C

engine

Assignment/ Tutorial Assignment/ Tutorial contd.

Instructional objectives + assignment on writing objectives for a chosen topic of Theory of Machine

Day3Wednesday

Governors : Functional difference with flywheel. Watt, porter, proell and hartnell- their

construction and working. Sensitivity, stability, hunting phenomenon and

isochorisom

Assignment/ Tutorial Assignment/ Tutorial contd.

Domains of learning + assignment on writing objectives at various level of hierarchy of cognitive domain

Day 4Thursday

Gear: Introduction , classification of gears law of gearing ,velocity of sliding , Tooth profile –cycloid , involutes Interference

Assignment/ Tutorial Assignment/ Tutorial contd.

Teaching methods and media for teaching Theory of Machine

Day 5Friday

Power Transmission : Drives - belt, chain, rope and gear drives. Flat and ' V ' belt, open and cross belt drive. H.P.

transmitted. Gear Trains- Simple, compound, epicyclic gear

Assignment/ Tutorial Assignment/ Tutorial contd.

Assignment on Making media for teaching ‘Theory of Machine’

Break: 11.00 AM-11.10 AM (Tea break), 12.10PM-12.20PM (Tea Break), 1.20PM-2.30 PM (Lunch Break), 3.45PM-4.00PM (Tea Break)

Page 2: TRAININING_PROGRAMME_ON_Theory of Machine & Dynamics _WITH_IIT_FACULTY[1].docx

TRAININING PROGRAMME ON Theory of Machine & Dynamics WITH IIT FACULTYPROGRAMME SCHEDULE

WEEK - I I:Day Session I

10.00 AM-11.00AMSession II11.10 AM- 12.10 PM

Session III12.20 PM- 1.20 PM

Session IV2.30 PM-3.45 PM

Session V4.00 PM-5.30 PM

Day 6Monday

Cams and Followers : Need, Classification. motion of follower

Displacement, velocity and acceleration diagrams uniform, simple harmonic, parabolic, cycloidal

Assignment/ Tutorial Assignment/ Tutorial contd.

Student assessment I with short assignments on Theory of Machine

Day 7Tuesday

Brakes and Dynamometers: Brakes - need, types, braking force, braking

torque dynamometer- meaning, need and types .

Assignment/ Tutorial Assignment/ Tutorial contd.

Sample teaching practice

Day 8Wednesday

Balancing of Machine Parts: Concept- Static and dynamic balancing of

rotating parts. Balancing of Reciprocating parts

Assignment/ Tutorial Assignment/ Tutorial contd.

Identification of laboratory skills in‘Theory of Machines’ and Instruction session planning

Day 9Thursday

Fundamental of Vibrations: Vibration, engineering applications of vibration

and noise; harmonic motion and harmonic forces non-harmonic functions- Fourier series analysis;

Assignment/ Tutorial Assignment/ Tutorial contd.

Student assessment II with short assignments on‘Dynamics’

Day 10Friday

Undamped & Damped Free Vibrations: Derivation of differential equation of motion Natural frequency of vibration. Systems involving

angular oscillations Viscous damping: underdamped, over damped

and critically damped systems

Assignment/ Tutorial Assignment/ Tutorial contd.

Feedback and Valedictory session

Break: 11.00 AM-11.10 AM (Tea break), 12.10PM-12.20PM (Tea Break), 1.20PM-2.30 PM (Lunch Break), 3.45PM-4.00PM (Tea Break)