Statique des systèmes et études de mécanismesSciences Appliquées et Industrielles 2 (STPI)

• Initiation at the geometric dimensioning base with regard to an input/output law.
• Model a real mechanical system described from an ensemble drawing for kinematic and/or static studies.
• Determination of mechanical actions within a mechanical equilibrium system.

• Elements and calculation tools.
• Elements of kinematics, Equiprojectivity, Cinematic Torse, "Library" of links.
• Kinematic equivalence class, Kinematic link resulting from a real bond, Minimum kinematic diagram from a drawing of a set of mechanisms. Geometric and kinematic chain closures.
• Modeling a mechanical action by a torsor, Torsers of transmissible inter-forces, "library" of links.
• Contact with Frottement: Coulomb's law and its implementation.
• Fundamental principle of static: graph of links, Isolation boundary. Solid subjected to 2 forces. Solid subjected to 3 forces.
• Equivalent torturer in the sense of unformable solid. Problem plan.
• Technology solutions of connections: recessed, slide, pivot, slippery pivot, helical, ... (Adapted Room).
• The theory of mechanisms: simple chain closure, kinematic mobility, unknown kinematics, hyperstatism and overabundant positioning: isostatic schema associated with a mechanism (1TD on software).
• Back to connections: Modeling connections from normal to contact surfaces. Mechanical connections from an assembly drawing.

For continuous control: a MCQ on the basis of the course and then an intermediate written evaluation with exercises of the same type as those processed during the first TDs. A final exam with exercises of the same type as those processed in TD throughout the semester. Final score = max(0.6 Final Exam + 0.4 Controle continu ; Final examination)

• Solid Mechanics – Dunod.
• Mechanics 2 / "Mechanics of unformable solid" ellipses.
• Guide to Industrial Science and Technology – JL. FANCHON – Ed Nathan.