Number of hours
- Lectures 9.75
- Projects -
- Tutorials 9.75
- Internship -
- Laboratory works 8.0
- Written tests 4.0
ECTS
ECTS 3.0
Goal(s)
Product design involves the use and dimensioning of technical components already produced by industrial partners. This is particularly true when using so-called standard components.
The objectives of this course are to
- To provide the basis for the design of standard components in mechanical product design,
- To provide the knowledge necessary to understand the various technological principles,
- to manipulate and work on the fundamental notions of power, energy, efficiency... inherent to product engineering.
Content(s)
The APP learning methods (problem-based learning) are carried out in groups of 6 to 8 students around problems to be solved
1 - Overall system + epicyclic gearing in a gearbox,
2 - Global system + epicycloidal trains of pecquer, energy, gearing,
3 - Global system + energy, epicyclic trains follower, angle transmission, belt.
Two practical sessions will allow the dismantling of technological solutions in order to study them:
- 4-stroke engine
- 6-speed mechanical gearbox
- Tmax 500 variator transmission
- hybrid transmission
Industrial drawing, mechanical design, kinematics, solid mechanics, RDM.
Concept of dimensioning of chains, belts, spur gears, rotational guidance.
Session 1:
- APP = evaluation of the 3 APPs (20%)
- TP1 = individual exam (oral: 10' / candidate) (30%)
- TH1 = problem solving exam (50%)
- N1 = final mark session 1
Session 2:
- The APP mark cannot be made up
- TP2 = individual exam (oral: 10' / candidate)
- TH2 = individual written or oral assessment depending on the number of candidates
- N2 = final mark session 2
N1 = 0,2 * APP + 0,3 * TP1 + 0,5 * TH1
N2 = 0,2 * APP + 0,3 * TP2 + 0,5 * TH2
The course exists in the following branches:
- Curriculum - Engineer student Master PD - Semester 8
Course ID : 4GUP1801
Course language(s):
You can find this course among all other courses.
Guide du dessinateur industriel - Ed. Hachette.
Guide des sciences et technologies industrielles, ed. Nathan
Systèmes mécaniques : Théorie et dimensionnement - Michel Aublin - Ed. Dunod.