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Motion analysis is important because product design frequently requires an understanding of how multiple moving parts interact with each other and their environment. From automobiles and aircraft to washing machines and assembly lines - moving parts generate loads that are often difficult to predict. Complex mechanical assemblies present design challenges that require a dynamic system-level analysis to be met.
The students who have keen interest for
- Create Part and organize them into mechanical systems.
- Connecting Part with ideal constraints, such as : Standard Joints (Hinges, sliders etc).
- Actuating a system. Ideal & complex part motion.
- Connecting Parts with realistic forces. Simple (Springs, dampers).
- Measuring quantities of interests (Displacement, velocities, acceleration, applied loads).
- Performing static, Transient & Linear simulations, controlling simulation.
- Investigating test results via output data, plots & contours.
- Manage files generated through Adams view & Adam solver.
- Putting it all together to complete a comprehensive workshop.
Joint primitives.
Complex couplers, screw etc.
Curve (Cam- follower, pin slot).
Applied forces.
Gravity.
Complex based on system states (Displacement & velocities).
Complex based on test data.
Contacts & Collision.
- B.E. Mechanical/ Automotive/ Production/ Automotive Graduate.
- Mechanical/ Automotive/ Production Engineering students.
- Diploma students.
- Working professional such as Design Engineers, Mechanical designers and Industrial Designers.
- Awards: Certification in
Multi Body Dynamics Course.
- 60 Hours for One Month.