FR
EN
Théorie des mécanismesPO GSI 2 (STPI)
7ECTS (EU)
2Coefficient
17:20Hours
Séquencement
Learning objectives
- Identify and write the torsors (cinematic and static) of elementary bonds in a mechanism
- Determine equivalent bonds by calculation
- In a hyperstatic system, qualitatively determine the design dimensional and geometrical constraints for mounting and operation.
Prerequisites
| Module | Teaching unit | Semester |
|---|---|---|
| Communication and Technological Culture | Applied and Industrial Sciences 1 | S1 |
| Statics of Systems and Mechanism Studies | Applied and Industrial Sciences 2 | S2 |
Program
- Study of elementary connections.
- Complements on the modelling of mechanical systems (technology schemes).
- Parallel and serial connections.
- Open or closed chain mechanical systems.
- Determination of degrees of mobility and hyperstaticity, as well as associated hyperstatic unknowns.
- Presentation of the different types of constraints: dimensional and geometric.
- Links between hyperstatic unknowns the dimensional and geometrical constraints to be imposed on the parts or subsets of a mechanical system.
- Need to lift hyperstatis.
- Use of MECA3D software during practical work.
Assessment
Continuous control + review
References
- P. Agati, M. Rosssetto, Liaisons and Mechanisms, Dunod.
- P. Agati, Y. Bremont, G. Delville, Solid Mechanics - Industrial applications, Dunod.
Skills
3| Ref. | Verb | Description | Level |
|---|---|---|---|
| C_1_2 | analyze | Interpret hyperstatism as dimensional and geometric ratings | 3 |
| C_1_3 | describe | Describe and model a mechanism in terms of subsets and linkages | 2 |
| C_1_3 | analyze | Determine hyperstatic unknowns of a mechanism | 3 |