Aims
To give a good understanding of the issues and challenges in mechanical production:
- How is manufactured a given part ? Through which process and with what type of machine-tool ?
- What are the basic principles of machining by cutting, by erosion, and by the so-called "non conventional" methods ?
- What are the basics principles of manufacturing by forming, casting, sintering and welding ?
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Main themes
Methodology in the mechanical workshop and for quality assurance.
Basic principles and machine-tools for machining by cutting, erosion and electrical discharge.
Basic principles for manufacturing by forming, casting, sintering and welding.
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Content and teaching methods
The importance of the industry of mechanical production. The challenges in manufacturing.
Machining principles and machine-tool classification.
- Machining by cutting : planning and turning, boring and drilling, milling, broaching and tapping.
- Machining by erosion. Rectification.
- Machining with the non-conventional processes. Electrical discharge machining.
Forming.
- Classification of the forming processes according the deformation temperature, the stresses in the matter and the deformation modes.
- Forming of the flat products. Stretching, drawing and forming limit diagram. Deep drawing.
- Computation of the forces required for forming. Rolling, drawing and extrusion.
- Lubrication.
- Presses characteristics.
Casting : principles, casting sequences, mold design, main casting processes.
Sintering : powder production, compaction, sintering, finishing.
Welding and adhesive bonding : definition, welded and adhesive bonded joints, main welding processes.
Cutting : classification of the processes.
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Other information (prerequisite, evaluation (assessment methods), course materials recommended readings, ...)
- Prerequisite : MECA 2821 "Design and Machines".
- Exercises are laboratories and practices on the main machine-tools by groups of 2 or 3 students.
- A part of the examination deals with a discussion of the parts manufactured on the machine-tools by the students during the labs.
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Other credits in programs
ELME21/M
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Première année du programme conduisant au grade d'ingénieur civil électro-mécanicien (mécatronique)
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(6 credits)
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ELME22/E
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Deuxième année du programme conduisant au grade d'ingénieur civil électro-mécanicien (énergie)
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(6 credits)
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Mandatory
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ELME22/M
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Deuxième année du programme conduisant au grade d'ingénieur civil électro-mécanicien (mécatronique)
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(6 credits)
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Mandatory
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MECA21
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Première année du programme conduisant au grade d'ingénieur civil mécanicien
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(6 credits)
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Mandatory
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