Strength of materials
Replenishment date: 01.03.2010
Content: sopromat.rar (122.81 KB)
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Description
Tickets for the subject "Strength of Materials" (Rus)
A list of questions:
1. Science of resistance of materials.
2. External forces. Classification.
3. Internal forces.
4. Section method.
5. Diagrams of efforts and moment.
6. Beams and their supports.
7. Calculate support reactions for two support beams.
8. Stress in sections
9. Stretching and compression. Hooke's Law.
10. Transverse deformation. Conditions of stiffness and strength in tension and compression. Stretch charts
11. The theory of stress.
12. Strength criterion.
13. Criteria for the greatest shear stress.
14. Criterion of specific potential energy shape change.
15. Mohr's criterion.
16. Shift. Pure shift. Hooke's law with pure zdvig. Potential energy at pure shear.
17. Crumpled.
18. Torsion. Torsional deformations. Torsion diagram.
19. Parties to the problem. The static side of the problem. Geometric pattern. The physical side of the problem. Hooke's law in torsion. Torsional deformation.
20. Bend. The geometric aspect of the problem. The physical side of the problem. Shear stress during bending. Zhuravsky's formula. Flexural strength calculation.
21. Differential equation of elastic lines. Features of the diagrams of shear forces and bending moment.
22. Complex resistance.
A list of questions:
1. Science of resistance of materials.
2. External forces. Classification.
3. Internal forces.
4. Section method.
5. Diagrams of efforts and moment.
6. Beams and their supports.
7. Calculate support reactions for two support beams.
8. Stress in sections
9. Stretching and compression. Hooke's Law.
10. Transverse deformation. Conditions of stiffness and strength in tension and compression. Stretch charts
11. The theory of stress.
12. Strength criterion.
13. Criteria for the greatest shear stress.
14. Criterion of specific potential energy shape change.
15. Mohr's criterion.
16. Shift. Pure shift. Hooke's law with pure zdvig. Potential energy at pure shear.
17. Crumpled.
18. Torsion. Torsional deformations. Torsion diagram.
19. Parties to the problem. The static side of the problem. Geometric pattern. The physical side of the problem. Hooke's law in torsion. Torsional deformation.
20. Bend. The geometric aspect of the problem. The physical side of the problem. Shear stress during bending. Zhuravsky's formula. Flexural strength calculation.
21. Differential equation of elastic lines. Features of the diagrams of shear forces and bending moment.
22. Complex resistance.
Additional Information
To familiarize yourself with the product, you have the opportunity to download One question for review, from the site http://denigi.at.ua/load/tmm/1-1-2