A textbook of strength of materials (SI units) : [textbook for students of B.E., B.Tech, B.Sc. Engg., B.Arch, A.M.I.E., U.P.S.C (I.E.S)] / R.S. Khurmi and N. Khurmi

By: Khurmi, R.S [author]Contributor(s): Khurmi, N [co-author]Material type: TextTextPublication details: India : S Chand and Company Limited, [2022]Edition: 26 eDescription: xvi, 814 pages : color illustrations, 24 cmSubject(s): STRENGTH OF MATERIALSLOC classification: TA 407.4 K48 2022
Contents:
1. Introduction -- 2 . Mechanical properties of materials (Stress-Strain Diagram) -- 3. Simple stresses and strains -- 4. Stresses and strains in bars of varying sections -- 5. Stresses and strains in statistically indeterminate structures -- 6. Thermal stresses and strains -- 7. Elastic constraints -- 8. Principal stresses and strains -- 9. Strain energy and impact loading -- 10. Centre of gravity -- 11. Moment of inertia -- 12. Analysis of perfect frames (analytical method) -- 13. Bending moment and shear force -- 14. Bending stresses in simple beams -- 15. Bending stresses in composite beams -- 16. Shearing stresses in beams -- 17. Direct and bending stress -- 18. Deflection of beams -- 19. Deflection of cantilevers -- 20. Deflection by moment area method -- 21. Torsion of circular shafts -- 22. Springs -- 23. Thin cylindrical and spherical shells -- 24. Thick cylindrical and spherical shells -- 25. Columns and struts -- 26. Propped cantilevers and beams -- 27. Fixed beams -- 28. Theorem of three moments -- 29. Strain energy and deflection due to bending & shear (and Castigliano's theorem) -- 30. Bending of curved bars -- 31. Theories of failure -- 32. Testing of materiasl -- 33. Product of inertia -- 34. Unsymmetrical bending and shear center -- 35. Stresses due to rotation.
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NU Fairview College LRC
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Includes index.

1. Introduction -- 2 . Mechanical properties of materials (Stress-Strain Diagram) -- 3. Simple stresses and strains -- 4. Stresses and strains in bars of varying sections -- 5. Stresses and strains in statistically indeterminate structures -- 6. Thermal stresses and strains -- 7. Elastic constraints -- 8. Principal stresses and strains -- 9. Strain energy and impact loading -- 10. Centre of gravity -- 11. Moment of inertia -- 12. Analysis of perfect frames (analytical method) -- 13. Bending moment and shear force -- 14. Bending stresses in simple beams -- 15. Bending stresses in composite beams -- 16. Shearing stresses in beams -- 17. Direct and bending stress -- 18. Deflection of beams -- 19. Deflection of cantilevers -- 20. Deflection by moment area method -- 21. Torsion of circular shafts -- 22. Springs -- 23. Thin cylindrical and spherical shells -- 24. Thick cylindrical and spherical shells -- 25. Columns and struts -- 26. Propped cantilevers and beams -- 27. Fixed beams -- 28. Theorem of three moments -- 29. Strain energy and deflection due to bending & shear (and Castigliano's theorem) -- 30. Bending of curved bars -- 31. Theories of failure -- 32. Testing of materiasl -- 33. Product of inertia -- 34. Unsymmetrical bending and shear center -- 35. Stresses due to rotation.

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