Materials for Engineering Office

General Data
Academic program	General Engineering Program			:
Type d'EC	Classes (LIIAem06EMatBE)
Lectures : 38h00 Lab Work : 12h00 Total duration : 93h00	Status :	Period : SEMESTER 6	Education language : French

Learning Outcomes
- Be able to develop material specifications for a given application - Be able to use the tools to choose a material, the processes and any associated treatments for a given application - Be able to define the treatments on metallic materials (heat treatments, surface treatments) to adapt materials properties to applications and to interact with the heat treatment workshop - Be able to use composite materials wisely, taking into account their main properties - Be able to take into account the materials durability (effects of environment and time) during design - Be able to integrate the end of life of parts and the life cycle into a design process

Learning Outcomes

- Be able to develop material specifications for a given application
- Be able to use the tools to choose a material, the processes and any associated treatments for a given application
- Be able to define the treatments on metallic materials (heat treatments, surface treatments) to adapt materials properties to applications and to interact with the heat treatment workshop
- Be able to use composite materials wisely, taking into account their main properties
- Be able to take into account the materials durability (effects of environment and time) during design
- Be able to integrate the end of life of parts and the life cycle into a design process

Content
The course is based on the analysis of concrete applications to provide the necessary concepts for the understanding, definition and use of technical, functional, economic and / or environmental criteria for the choice of materials and processes Course content : - Materials (and processes) choice : main principles and methodology - Metallic materials for highly stressed mechanical parts, adaptation of mechanical properties by heat treatment processes, influence of parts size - Light structural parts: use of low density metallic materials, engineering polymers or composite materials - Materials for very high temperature parts - Durability of materials (corrosion, polymers aging) - Parts end of life (recycling, ...) Practice The practical work will highlight and observe the effects of corrosion and aging on metals and polymers. The choice of materials will be implemented through case studies through the use of a software for materials choice

Content

The course is based on the analysis of concrete applications to provide the necessary concepts for the understanding, definition and use of technical, functional, economic and / or environmental criteria for the choice of materials and processes

Course content :

- Materials (and processes) choice : main principles and methodology
- Metallic materials for highly stressed mechanical parts, adaptation of mechanical properties by heat treatment processes, influence of parts size
- Light structural parts: use of low density metallic materials, engineering polymers or composite materials
- Materials for very high temperature parts
- Durability of materials (corrosion, polymers aging)
- Parts end of life (recycling, ...)

Practice
The practical work will highlight and observe the effects of corrosion and aging on metals and polymers. The choice of materials will be implemented through case studies through the use of a software for materials choice

Pre-requisites / co-requisites
Program of the course Materials for the engineer (Semester 5): Knowledge of the different classes of materials, the main thermal and mechanical properties

Bibliography
• M. Ashby, Y. Bréchet, L. Salvo, Sélection des matériaux et des procédés de mise en œuvre (Traité des matériaux 20), Presses Polytechniques et universitaires Romandes, 2001 • M. Ashby, H. Shercliff, D. Cebon Matériaux Ingénierie, science, procédé et conception, Presses polytechniques et universitaires romandes, 2013 - M. Ashby Matériaux et environnement, Dunod, 2011 • J.Barralis, G. Maeder, Précis de métallurgie, AFNOR NATHAN, 1997

Bibliography

• M. Ashby, Y. Bréchet, L. Salvo, Sélection des matériaux et des procédés de mise en œuvre (Traité des matériaux 20), Presses Polytechniques et universitaires Romandes, 2001
• M. Ashby, H. Shercliff, D. Cebon Matériaux Ingénierie, science, procédé et conception, Presses polytechniques et universitaires romandes, 2013
- M. Ashby Matériaux et environnement, Dunod, 2011
• J.Barralis, G. Maeder, Précis de métallurgie, AFNOR NATHAN, 1997

Assessment(s)
N°	Nature	Coefficient	Observable objectives
1	Written exam of 2h, whithout any documents (calculator allowed) on the durability of materials	2	Prediction, interpretation and prevention of the influence of the environment and time on the materials behaviour
2	Written exam of 3h, whithout any documents (calculator allowed) on materials choice, associated whith heat treatments if necessary, according to design objectives and the part's life cycle	4	Ability to apply the material choice method for applications in accordance with a design objective (mass reduction, cost, environmental impact) Ability to apply the choice of materials method for metal parts with high mechanical stress: choice of materials and processes (heat treatments) Ability to take into account the specific properties of composites Ability to choose a material for a high temperature application Ability to take into account the life cycle of parts
3	Continuous assessment includes a MCQ score produced at the end of practical laboratory work on the durability of materials, and a score attributed to a report on a concrete case study in materials choice.	1	Ability to perform and interpret experiments and analyzes on the durability of materials Ability to conduct a concrete case study involving choice of materials and processes (use of material selection software)
4	Practical work	2