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Subject Details
Dept     : MECH
Sem      : 5
Regul    : 2019
Faculty : Dr.V.S.Kaushik
phone  : 6369443114
E-mail  : kaushikvs84@gmail.com
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  • Grades & Toppers of IAE1

    &nbsp;<div id="maingrade"> <div id="photor"><img src="files/CW_66d18fc82361b/gradesimg/DEVI SANJANA M.jpg" width="47" height="52" class="roundnews1" /></div> <div id="gratitile">DEVI SANJANA M </div> <div id="grdm">1</div> </div>

  • Lecture Notes

    Dear Students the Lecture Notes has been uploaded for the following topics:</br>Static Force Analysis, Free body diagrams, </br>Conditions of two, three and four Force members, </br>Inertia forces and D’Alembert’s principle, </br>Inertia force Analysis in Reciprocating Engines, </br>Crank shaft Torque, </br>Fly wheels–turning moment diagrams, </br>Fluctuation of energy of reciprocating engine mechanisms, </br>Coefficient of fluctuation of energy and speed, weight of flywheel required, </br>Need of balancing, concept of static and dynamic balancing, </br>Balancing of rotating mass by another mass in the same plane, </br>Forces due to revolving masses., </br>Basic features of vibratory systems–types, </br>Single degree of freedom system, </br>Transverse vibration of beams–Natural frequency by energy method, </br>Dunkerly’s Method-Critical speed-damped free vibration of single degree freedom system, </br>Types of damping–free vibration with viscous damping,, </br>Critically damped system, under damped system, </br>Torsional systems: Natural frequency of two and three rotor systems., </br>Response to periodic force–Harmonic Force, </br>Motion-Logarithmic decrement-magnification factor–Vibration isolation and transmissibility – Modal Analysis in Vibration., </br>Types - Centrifugal governors - Gravity controlled and spring-controlled governors –Characteristics - Effect of friction - Controlling Force., </br>Gyroscopic forces and torques- Gyroscopic couple - Gyroscopic stabilization - Gyroscopic effects in Automobiles, ships and airplanes.

  • Assignment

    Assignment topic is Assignment-02 and due date is 27-09-2024.

  • Assignment

    Assignment topic is Assignment-01 and due date is 16-09-2024.

  • Assignment

    Assignment topic is Assignment-01 and due date is .

  • Assignment

    Assignment topic is Assignment 01 and due date is .

  • Assignment

    Assignment topic is Assignment 01 and due date is .

  • Question Bank

    Dear Students the Question Bank has been uploaded for the following topics:</br>Kinematics of CAM

  • Puzzles

    Dear Students the Puzzles has been uploaded for the following topics:</br>Introduction of CAM, </br>Inversions, </br>Velocity and Acceleration Diagram

  • Youtube Video

    Dear Students the Youtube Video has been uploaded for the following topics:</br>Introduction of TOM</br>Four Bar Chain Velocity Diagram</br>CAM FOLLOWER ROLLER FOLLOWER

  • Resource Link

    Dear Students the Resource Link has been uploaded for the following topics:</br>Links, Pairs, Chains</br>Inversions</br>Planar Mobility

  • Assignment

    Assignment topic is Assignment-01 and due date is .

  • Assignment

    Assignment topic is Assignment-01 and due date is .

  • Lecture Notes

    Dear Students the Lecture Notes has been uploaded for the following topics:</br>Basic Terminology - Kinematic links, Pairs, </br>Joints, Structures, Machines, </br>Degree of freedom, Grubler&Kutzbach Criterion, </br>Mechanism –Mobility of mechanism, </br>Simple mechanisms - Four bar mechanism and their inversions., </br>Single slider crank chain mechanism and their inversions., </br>Double slider crank chain mechanism and their inversions., </br>Intermittent Motion Mechanisms, </br>Mechanisms & linkages - real time applications, </br>Mechanical advantage - Transmission Angle., </br>Introduction - terminology, classifications, </br>Types of follower motion - Uniform Velocity Motion, </br>Simple Harmonic Motion, </br>Uniform Acceleration and Retardation Motion, </br>Construction of cam profile, </br>Knife edge follower, Roller and flat faced follower, </br>Construction of velocity and acceleration diagram, </br>Four bar mechanism, </br>Slider crank mechanisms, </br>Complex mechanism, </br>Synthesis of mechanism, </br>Classification of synthesis, </br>Introduction to commercial software packages for the development of kinematic models.