Mechanics of engineering materials /
By: Benham, P. P
Title By: Crawford, R. J | Armstrong, C.G
Publisher: New York : Prentice Hall, c1996.Edition: 2nd ed.Description: xix, 626 p. : ill. ; 25 cm.ISBN: 9780582251649Program: ENGG251Subject(s): Materials | Mechanics, Applied | Structural analysis (Engineering)DDC classification: 620.112 BE ME Online resources: Location MapItem type | Home library | Call number | Status | Notes | Date due | Barcode | Item holds |
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REGULAR | University of Wollongong in Dubai Main Collection | 620.112 BE ME (Browse shelf) | Available | T0060314 | |||
REGULAR | University of Wollongong in Dubai Main Collection | 620.112 BE ME (Browse shelf) | Available | Oct2018 | T0060315 |
, Shelving location: Main Collection Close shelf browser
620.110285 IN FO Informatics for materials science and engineering : | 620.112 AL AD Advances in mechanics of materials and structural analysis : | 620.112 BE ME Mechanics of engineering materials / | 620.112 BE ME Mechanics of engineering materials / | 620.112 CO RR Corrosion engineering : | 620.1123 GE ME Mechanics of materials / | 620.1123 GO ME Mechanics of materials |
Includes index.
Previous ed.: published as Mechniacs of solids and structures. - London : Pitman, 1973.
Bibliography
Ch. 1. Statically-determinate force systems
Ch. 2. Statically-determinate stress systems
Ch. 3. Stress-strain relations
Ch. 4. Statically-indeterminate stress systems
Ch. 5. Torsion
Ch. 6. Bending: stress
Ch. 7. Bending: slope and deflection
Ch. 8. Statically-indeterminate beams
Ch. 9. Energy theorems
Ch. 10. Structural analysis
Ch. 11. Bucking instability
Ch. 12. Stress and strain transformations
Ch. 13. Yield criteria and stress concentration
Ch. 14. Variation of stress and strain
Ch. 15. Application of the equilibrium and strain-displacement relationships
Ch. 16. Elementary plasticity
Ch. 17. Thin plates and shells
Ch. 18. Finite element method
Ch. 19. Tension, compression, torsion and hardness
Ch. 20. Fracture mechanics
Ch. 21. Fatigue
Ch. 22. Creep and viscoelasticity
App. A: Properties of areas
App. B: Introduction to matrix algebra
App. C: Table of mechanical properties of engineering materials
App. D: Answers to problems.
ENGG251