Matériaux polymères et compositesMatériaux (GSI)
Polymer and Composite Materials
Teaching unit Materials · GI.S9.IMC.MAT
6ECTS (EU)
1.5Coefficient
36:00Hours
Séquencement
Learning objectives
Learn about composite materials and polymers and discover their implementation processes.
Prerequisites
| Module | Teaching unit | Semester |
|---|---|---|
| Materials for Engineering | Engineering Sciences S8 | S8 |
Program
I – Composite materials:
- composite materials with organic matrix
- Presentation and generality
- interests and weaknesses of these materials
- the various reinforcements
- different thermohardening matrices (and their cross-linking mechanisms) and different thermoplastic matrices
- & Adjuvant Expenses
- property
- semi-produced
- current major applications
- in Aeronautics
- Aerospace
- in the naval
- in sport
- implementation processes
- economic aspects
- Wet implementation
(Contact moulding, Projection moulding, Vacuum moulding, Infusion moulding, GTR moulding, R-RIM and S-RIM moulding, Pultrusion, Filament winding, Pullwinding, centrifugation) - Dry implementation (Autoclavation, Compression moulding (BMC/SMC/ZMC), TPR injection, Forming of TRE plates)
- thermostructural composites
II - Polymer materials:
- Thermoplastics and thermohardeners
- Definitions and ownership
- the 3 structural scales
- Stereoregularity
- Copolymers
- Polymerization reactions and cross-linking reactions
- Implementation processes:
- Injection
- Thermoforming
- Different extrusion (fig, inflation, blowing,...)
- Rotomoulding
- Trempé
- Assembly techniques
- RIM
- Compression moulding