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Trace coupler curve and input vs output angle plots


Draw coupler curve, input vs output angle graph, find limit positions


Draw coupler curve, input vs output angle graph, find limit positions


Draw coupler curve, input vs output angle graph, find limit positions


Trace coupler curve,  input (crank) angle vs output (slider) displacement plots and find limits of slider displacement.


Trace coupler curve,  input (crank) angle vs output (slider) displacement plots and find limits of slider displacement.

Sponsors
This project is an initiative of Ministry of Human Resource Department under National Mission on Education through ICT. These experiments and labs will be hosted for open access through the main project website http://vls1.iitkgp.ernet.in
VLS-I Experiments at IIT KHARAGPUR
Drawing Board
Simple Drawing Board ...
Three Point Path Synthesis with a RRR...
Synthesize a 4 bar RRRR mechanism whose coupler curve pas...
Two Position Coordinated Motion Synth...
Synthesize a 4 bar RRRR mechanism whose input and output ...
Position Analysis of Spherical 4 Bar ...
Position Analysis of different types of Spherical 4 Bar M...
Three Position Coordinated Motion Syn...
Synthesize a 4 bar RRRR mechanism whose input and output ...
Simulation of Universal Joint
Simulation of Universal Joint ...
Position Analysis of a 4 Bar RRRR Gra...
Trace coupler curve and input vs output angle plots ...
Position Analysis of a 4 Bar Grashofi...
Draw coupler curve, input vs output angle graph, find lim...
Position Analysis of a 4 Bar RRRR Gra...
Draw coupler curve, input vs output angle graph, find lim...
Position Analysis of a 4 Bar RRRR Non...
Draw coupler curve, input vs output angle graph, find lim...
Position Analysis of a 4 Bar RRRP Gra...
Trace coupler curve,  input (crank) angle vs output ...
Position Analysis of a 4 Bar RRRP Gra...
Trace coupler curve,  input (crank) angle vs output ...
Position Analysis of a 4 Bar RRRP Non...
Trace coupler curve,  input (crank) angle vs output ...
Position Analysis of a 4 Bar RRPR Gra...
Trace coupler curve,  input (crank) angle vs output ...
Position Analysis of a 4 Bar RRPR Gra...
Trace coupler curve,  input (crank) angle vs output ...
Position Analysis of a 4 Bar RRPR Non...
Trace coupler curve,  input (crank) angle vs output ...
The Philosophy
A virtual laboratory is a tool for distance learning and/or experimentation that allows people to share knowledge, data, voice, video, tools, and many other resources. It provides a suitable environment to extend, improve, integrate, refine, and assist the learning and/or experimentation process of many subjects, thus contributing to an increase of the effectiveness of scientific research and widening the use of scarce or costly equipments.