Design

Objectives
The aim of this teaching unit is to acquire the fundamental concepts of mechanics, whose applications can also be found in mechanical design.
The topics covered will be those of solid mechanics.
Skills acquired

Mobilize a broad field of fundamental and technical sciences related to aeronautical and space mechanical systems, and have the associated capacity for analysis and synthesis
Design and dimension mechanical systems
Design, dimension, implement and test a metallic or composite repair/modification
Have a global systemic approach to mechanical systems Reason in a context of international regulatory constraints
Communicate and work as part of a team Manage and lead a work unit or project group

Mathematics: AP5SIMAI
Point mechanics

Contents
Design:
The concepts covered in this course are:

Reading a drawing and understanding a simple mechanism
Mechanical links
Schematization of these mechanisms.


Statics:
The concepts covered in this course are:

Isolation of a system
Balance of mechanical actions applied to this system
Mechanical equilibrium of this system, application of the fundamental principle of statics.


Kinematics and dynamics:
The concepts covered in this course are:

Notion of absolute reference frame, relative reference frame, movements
Kinematics of solids
Velocity vector
Kinematic torsor
Dynamic torsor
Fundamental principle of dynamics.




Teaching method

Teaching associated with online resources under Moodle. Lectures, tutorials and practical exercises are combined with preparatory work or additional assignments on Moodle, and online assessments are carried out following classroom teaching
Flipped classroom teaching based on themes linked to an industrialization process and/or their impact on product geometry.

Aeronautical structures