Manufacturing Techniques & Methods - 4GUL11D5
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Number of hours
- Lectures : 9.75
- Tutorials : 9.75
- Laboratory works : 9.0
- Projects : -
- Internship : -
- Written tests : 1.5
ECTS : 3.0
-
Goals
The aim of this course is to give students a basic and essential knowledge of conventional manufacturing methods.
At the end of the course students will be able to:
• know about materials and their properties
• know the different manufacturing processes
• choose a manufacturing process from the design drawing of the part and the characteristics of each process
• identify manufacturing problems caused by the manufacturing process
This course is an essential prerequisite for future industrial engineers.
Content
Lectures/tutorials: 22.5 hours
- Plastics (types, properties, uses) and moulding techniques (injection, extrusion, thermoforming)
- Metallic materials and heat treating
- Machining (turning, milling, grinding, gear cutting, CNC)
- Casting metallic materials (sand-casting, die-casting, gravity, high-pressure)
- Metal sheets (cutting, folding, stamping)
- Casting (die-forging, sheet-metal forming, engraving, using a matrix, extrusion)
- Cotation for design and its interpretation
- Additive Manufacturing
Practical work: 15 hours
• Forging simulation (6 hours)
• CAM, Machining and Metrology (9 hours)
The course is set up as follows:
• First part includes lectures and tutorials on the above points.
• Second part includes practical work.
Prerequisites
Course on "Engineering Design" (1st Year S2).
Strong link with the course "Industrialisation: from Plant to Workstation" (2nd year option course). It is interesting to choose both.
Tests - Written reports on tutorials (forging and CAM/machining/metrology). Modalities : no document, school calculators provided
- 1.5 hour exam.
Session 1 :
N1 : note TP forge
N2 : note TP CAO/fabrication/métrologie
N3 : note examen
NOTE SESSION 1 = 1/3 (moyenne[N1, N2]) + 2/3 examen
Session 2 :
Epreuve de rattrapage écrite ou orale
NOTE SESSION 2 = Note épreuve de rattrapage
Calendar The course exists in the following branches:
- Curriculum - Engineer student Master PD - Semester 8
- Curriculum - Engineer student Master SCM - Semester 8
see
the course schedule for 2020-2021
Bibliography - Anselmetti B., 2003, Tolérencement vol. 3 : cotation de fabrication et métrologie, Lavoisier, Cachan
- Barlier C., Giradin L., 1992, Mémotech Productique, Matériaux et usinage, Casteilla, Paris
- Barlier C., Poulet B., 1993, Mémotech Génie mécanique, Productique mécanique, Casteilla, Paris
- Cordebois J.-P. et al., 2008, Fabrication par usinage, Dunod, Paris
- Dietrich R. et al., 1995, Précis de méthodes d’usinage, AFNOR Nathan, Paris
- Facy G., Pompidou M., 1983, Précis de fonderie, AFNOR Nathan, Paris
- Marty C., Linares J.-M., 1999, Industrialisaiton des produits mécaniques, tome 3 : Procédés de fabrication, Hermes, Paris
- Trotignon J.-P. et al., 1996, Précis de construction mécanique, tome 2 : projets-méthodes, production, normalisation, AFNOR Nathan Paris
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Date of update June 5, 2015