Problems in Strength of Materials

1st Edition - January 1, 1966
Author: N. M. Belyayev
Language: English
eBook ISBN:
9 7 8 - 1 - 4 8 3 1 - 4 9 0 6 - 6

Problems in Strength of Materials is a translation from the Russian and presents problems concerning determining and calculating the strength of materials. This book presents the… Read more

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Problems in Strength of Materials is a translation from the Russian and presents problems concerning determining and calculating the strength of materials. This book presents the properties of materials that have to do with strength through problem solving. This book give several examples of tension and compression problems, such as those concerning statically determinate and indertiminate systems, self-weight, and calculation for flexible wires or cables. The text cites problems with uniaxial and plane states of stress; and suggests solutions to questions, for example, by using the formula for determining the maximum strains of an element in three dimensional state of stress. This book also explains how to determine acceptable stress forming on thin-walled or thick-walled containers. Other examples concern problems of shear and torsion, plane flexure, and the analytical methods to determine deformations in steel bars, as well as the graphical and semi-graphical methods of finding the values of deflections. This book also explains how to find the solution of problems on inertia forces, oscillations, resonance, and the stresses and deformations that result upon impact of a certain load. This book can be used as reference for students pursuing Higher National Diploma and Certificate, and for students of engineering.

Preface to the Second Edition

Preface to the Third Edition

Preface to the English Edition

Data Common to all Problems

Chapter 1. Tension and Compression

1. Statically Determinate Systems

2. Statically Indeterminate Systems

3. Self-Weight

4. Calculation of Flexible Wires and Cables

Chapter 2. State of Compound Stress

5. Uniaxial and Plane States of Stress

6. Three-Dimensional State of Stress

7. Calculation of Thin-Walled Vessels

8. Calculation of Thick-Walled Vessels

9. Contact Stresses

Chapter 3. Shear and Torsion

10. Shear

11. Torsion of Round Bars

12. Torsion of Bars with Non-Circular Cross-Section. Joints Working in Torsion

13. Helical Springs

Chapter 4. Plane Flexure

14. Construction of Shear Force and Bending Moment Diagrams

15. Second Moments of Area of Plane Figures

16. Normal Stresses Accompanying Flexure

17. Shear Stresses Accompanying Flexure

18. Complete Strength-Check for Beams

19. Calculation of Composite Beams

Chapter 5. Determination of Deformations Accompanying Flexure, and Calculation of Statically Indeterminate Systems

20. Analytical Method of Determining Deformations

21. Graphical and Semi-Graphical Methods of Determining Deformations

22. Energy Methods of Determining Deformations

23. Beams of Variable Cross-Section

24. Calculation of Statically Indeterminate Systems

Chapter 6. Combined Loading

25. Unsymmetrical Flexure

26. Flexure Combined with Tension or Compression

27. Combined Flexure and Torsion

28. General Case of Combined Loading

29. Curved Bars

30. Thin-Walled Bars

Chapter 7. Stability of Structural Elements

31. Stability of Rods in Compression

32. Combined Stability Calculations

Chapter 8. Method of Allowable Loads

33. Tension, Compression, and Torsion

34. Statically Determinate Beams

35. Statically Indeterminate Beams

Chapter 9. Dynamic and Continuous Loading

36. Inertia Forces

37. Oscillations, Resonance

38. Stresses and Deformations on Impact

39. Repeated Stresses

40. Creep

Appendix A. Rolled Steel Section (OST 10014-39 to 10017-39)

Appendix B

1. Conversion Tables

2. Theories of Strength

3. Vereshchagin's Method

4. Torsion of Thin-Walled Open Sections

5. Mechanical Properties of Certain Steels and Cast Irons Mentioned in Problems

6. Notes On Tables and Diagrams. Taken From The Book Strength of Materials by N. M. Belyayev (12th Edition, 1959)