Research and technological development: mechanical, chemical and materials
[INGE1327]
[32.5h + 7.5h] 4 credits
Teacher(s): Paul Fisette, Bernard Nysten
Language: French
Level: First
Aims
Main themes
The first part defines the concepts and tools of basic science of materials and processes and highlights the major steps leading from raw materials to finished material, a particular focus on the relationship between synthesis processes, structure and properties of materials Results.
The second part provides training on static, an introduction to the strength of materials and introduced the study of the most common, such as those encountered in automobiles.
Content and teaching methods
- Industrial production and sources of chemical raw materials.
- Study of chemical processes in the types of metals and inorganic materials, detergents and polymers: examples will be taken in order to highlight the tools developed chemical processes, recent trends and to illustrate the concepts of balance sheets of material and heat as well as the problem of pollution.
- Large classes of materials (metals, ceramics, polymers)
- forces of inter atomic - arrangement of atoms ( amorphous state / lens)
- structures and defects
- resulting properties
- properties and synergy alloys / composites
- Mechanical properties of materials: stress
- strain (elasticity and viscoelasticity), modulus of elasticity
Mechanical and mechanism
- Reminders of mechanical sound
- Static balance vector equations of equilibrium and applications
- Elements of Strength of materials: internal efforts, tension and strain and application sizing beams
- A study of current mechanisms
- Conferences on topics Miscellaneous: - Robotics - mechanical vibrations - vehicle dynamics, multibody systems - the study of human walking - dynamics of the aircraft
Other information (prerequisite, evaluation (assessment methods), course materials recommended readings, ...)
written exam