Page 97 - Academic Handbook FKM 2017-2018
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DMCM 3723 MECHANIC OF MACHINES Strength of Materials, New Delhi: PHI
LEARNING OUTCOMES Learning.
At the end of this course, students should be able b. Cleghorn, W.L., 2009, Mechanics of
to: Machines, New York: Oxford University
LO1 Demonstrate kinematics principle to solve Press.
flat and V-belt problems. c. Ramamurti, V., 2010, Mechanics of
LO2 Apply the concept of gear transmission Machines, Manohar Puslisher & Distributor.
system in the real world applications. d. Gupta, B.V.R., 2011, Theory of Machines:
LO3 Solve related problems in balancing Kinematics and Dynamics, I. K. International
system of rotating body using graphical Publishing House Pvt. Ltd.
or trigonometric method. e. Balakannan, K., 2011, Mechanics of
LO4 Demonstrate the usage of free body Machines, Lambert Academic Publishing.
diagram to solve problems in flywheel
and governor and explain its
functionality. DMCD 3523 ENGINEERING DESIGN
LO5 Analyze the effect of gyroscopic couple LEARNING OUTCOMES
to the real world applications. At the end of this course, students should be
LO6 Evaluate the natural frequency in free able to:
vibration system using either Energy LO1 Recognize terminology used in machine
Conservation Method, Equivalent components and its design.
Method or Newton’s Law Method. LO2 Explain the type of failures of machine
SYNOPSIS components design.
This course will cover the power transmission LO3 Apply the formulation of the safe
system (belt drive, gears application, gear design for machine components.
efficiency), Dynamic system balancing (rotor LO4 Design the most suitable size and shape
balancing such as planar and multi planar and of machine components.
reciprocating balancing such as in-line engine, LO5 Analyze and design machine components
radial and V-engine), Governors (Flywheel and under different loads and conditions.
Porter governor), Gyroscope, Free vibration SYNOPSIS
(pendulum system, spring-mass system and This course covers Introduction to Engineering
shaft-inertia system by using energy Design, Design of Static and Fatigue Strength,
conservation method, equivalent method and Design of Threaded and Welded Joints,
Newton’s Law method), Free vibration with Bearings, Shafts/rods, Gears and Springs.
viscous damping (basic principle). Student will learn to design a simple machine
REFERENCES applying foundation of mechanical engineering
a. Sawhney, G.S., 2009, Fundamentals of concept. A part from that, a topic on
Mechanical Engineering: Thermodynamics, sustainability of design is introduced for eco-
Mechanics, Theory of Machines and friendly design.
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