Strength of materials 1 - KAGG5M10

Goal(s)

• Design and check isostatic structural elements under simple and compound loads.

THIS COURSE IS FULLY DELIVERED IN APP (PROJECT-BASED LEARNING)

Content(s)

1. System Statics
1.1 Introduction and definitions
1.2 Links
1.3 Isostaticity hypostaticity hyperstaticity hyperstaticity
1.4 Fundamental Principle of Statics
1.5 Applications (TD)
2. Internal forces: cohesion torsor
2.1 Cohesion torsor
2.2 Solicitations
2.3 Drawing of the diagrams of the solicitations
2.4 Applications (TD)
3. Geometric characteristics of the sections
3.1 Static moments and surface centres
3.2 Quadratic moments and produced moments
3.3 Polar moments
3.4 Axis change formulae: Huygens' theorem
3.5 Forms
3.6 Applications (TD)
4. Theories of beams: fundamental assumptions
4.1 Material assumptions
4.2 Deformation assumptions
4.3 Expense assumptions
4.4 Consequences
5. Normal stresses and deformations
5.1 Compression tension
5.2 Pure bending - single bending
5.3 Deflected bending
5.4 Compound bending
5.5 Applications (TD)
6. Tangent constraints
6.1 Highlighting - experimentation
6.2 Theoretical analysis
6.3 Applications (TD)

• Concepts of forces and moments
• Mathematical tools (matrix calculation, vector products, differential equations, torsors)