Mécanique des multicorpsGénie Mécanique 1 (GSI)

Students must

• understand the value of conducting a numerical simulation in the development of multi-technical systems.
• be able to set up the setting of a simple multibody system, then find the stress equations to conduct analysis in position, speed or acceleration.
• understand the link between simple study cases and digital resolution using multibody software (Solidworks Motion and Meca3D)
• Conduct a numerical simulation using multi-body software and draw the conclusions necessary to develop functions of a multi-technical system.

• Lecture: 4 sessions of 1h20 Objectives:
• Defining the concept of multibody mechanics, understanding its applications and challenges
• Give mathematical tools and the approach to solving a simple problem of multibody kinematics
• TD: 5 sessions of 1h20 Objectives:
• Implement an approach to solving a kinematic problem by a conventional method and then by a multi-body method.
• TP: 4 sessions of 2h40 Objectives:
• Conduct a numerical analysis of a mechanical system to verify compliance with elements of its specification.

Evaluation:

• Final Examination: Theory Questions and Exercises
• 1 TP in limited time evaluated with preparatory work in autonomy