Syllabus

Experiment 1: Introduction to Degree of freedom and motions, Kinematic Constraints and inversions of four bar mechanism.
Experiment 2: Calculation of position, velocity and acceleration of crank-rocker mechanism in CAD environment.
Experiment 3: Representation of boundary conditions and kinematic constraints in CAD environment
Experiment 4: MATLAB program for Kinematic models of parallel manipulator and its simulation in CAD environment.
Experiment 5: MATLAB program for Kinematic models of serial manipulator and its simulation in CAD environment.
Experiment 6: Program for dynamic force analysis of slider crank mechanisms in MATLB
Experiment 7: Introduction to ANSYS workbench and 2D & 3D modelling.
Experiment 8: Pre-processing, processing and post-processing in ANSYS
Experiment 9: Solving of plane stress and plane strain problems in ANSYS

To make them able to analyse about any product

can analyse and product for its static and dynamic behavior

R B Choudhri, Introduction to ANSYS 16.0, I.K. International publishing house, India , 2016

Applied ergonomics