Strength of Materials

Themes of independent work
1. Introduction. Basic concepts about the science of "Strength of Materials".
2. External forces and their classification. Deformations and displacements.
3. Internal forces. Cutting method. Stresses.
4. Determination of internal force factors in normal deformations and construction of their diagrams.
5. Internal force factors in bending (IFF) and their determination.
6. Geometric characteristics of flat cross-sectional surfaces.
7. Shera (Displacement). General concepts. State of stress in pure shear. Shear deformation.
8. Torsion. Torsion of a circular cross-section. Conditions of strength and stiffness in torsion.
9. Bending of straight bars. Pure bending. Determination of stresses
10. Static indeterminate systems. Calculation of static indeterminate beams.
11. Complex resistance.
12. Theories of strength.
13. General concepts. Euler's problem to determine the critical force.
14. Dynamic influence of forces.
15. External forces and their classification. Deformations and displacements.
16. Internal forces. Cutting method. Stresses.