Parcours électrique ou mécaniqueSciences de l'Ingénieur S5 (GSI)

The diversity of recruitment in this field encourages us to offer fragile students in the field of Mechanics an introduction to undergraduate tools. Basic concepts are intended to facilitate both the progress of the coming semesters and the interactions that will be experienced by a young project management engineer. The areas covered are CAD design, pre-sizing of a mechanical system, manufacturing processes and material resistance.

Vector and matrix calculations.

Plan reading

Part 1: Mechanics of Unformable Solids

• modeling of mechanical actions and fundamental principle of statics
• Solids kinematic bases: marker, setting, position, speed and acceleration, bypass, kinematic torso, connections, movement composition, chain closures.
• Kinetic bases: inertia operator, kinetic and dynamic torsors, kinetic energy.
• Implementation of general theorems

Part 2: Manufacturing processes

• Introduction to geometrical specifications
• Introduction to machining

Part 3: Material resistance

Introduction to simple beam theory

Part 4: CAD and Design

• Rules for tracing and reading a technical plan
• Analysis of technical plans of mechanisms
• Technological vocabulary and mechanical components (visors, keyboards, gears, bearings...)
• Presentation and production of kinematic diagrams
• Drawing under Solidworks of parts and assemblies
• Calculation of powers, torques, speeds...

Transmitted to students during the first sessions. Each speaker makes a note.

P. Agati, Y. Brémont, G. Delville, "Mechanics of solids – app. Indus." Dunod.

S. Pommier, Y. Berthaud, "General Mechanics (corrected courses and exercises)", Dunod.

B. Anselmetti, "Tolerance: Language of ISO Rating Standards" vol 1. Hermès Lavoisier.

P. Bourdet, F. Schneider, "Geometric Product Specification", Dunod, (New Factory).

R. Cameron, "Technologie et machining à commande numérique" éditions Saint-Martin.

J. L Fanchon, "Guide to Industrial Science and Technology" Nathan.