| Description |
xv, 461 pages : illustrations ; 24 cm |
| Contents |
The Foundations -- Part 1. An introduction -- Ch. 1. Mechanical engineering science -- Ch. 2. Mathematical tools -- Ch. 3. Fundamental concepts and units -- Statics -- Part 2. Static forces -- Ch. 4. Force and gravity -- Ch. 5. Concurrent forces -- Ch. 6. Non-concurrent forces -- Part 3. Structural analysis -- Ch. 7. Reactions and beam supports -- Ch. 8. Pin reactions in frames -- Ch. 9. Internal forces in trusses -- Part 4. Sliding friction -- Ch. 10. Dry sliding friction -- Ch. 11. Friction on inclined planes -- Ch. 12. Screws and wedges -- Dynamics -- Part 5. Laws of motion -- Ch. 13. Linear motion -- Ch. 14. Rotational motion -- Ch. 15. Circular motion -- Part 6. Work and energy -- Ch. 16. Work and power -- Ch. 17. Mechanical energy -- Ch. 18. Conservation of energy -- Part 8. Dynamic systems -- Ch. 19. The force-acceleration method -- Ch. 20. The work-energy method -- Ch. 21. The impulse-momentum method -- Part 8. Mechanics of machines -- Ch. 22. The law of a machine -- Ch. 23. Simple machines -- Ch. 24. Mechanical drives -- Strength of materials -- Part 9. Stress and elasticity -- Ch. 25. Tensile stress -- Ch. 26. Compressive and thermal stresses -- Ch. 27. Shear and torsional stresses -- Part 10. Bending of beams -- Ch. 28. Shear force and bending moment -- Ch. 29. Bending stress -- Ch. 30. Deflection of beams -- Part 11. Towards engineering design -- Ch. 31. Bolted and welded joints -- Ch. 32. Pressure vessels -- Ch. 33. Power transmission by shafts -- Appendixes -- Appendix A. Summary of the metric system of units -- Appendix B. Symbols and formulae -- Appendix C. Glossary of selected terms |
| Summary |
"Engineering Mechanics is designed to meet the requirements of the TAFE Engineering Technician and Engineering Associate National Curriculum. Written in competency-based terms, it focuses in particular on Statics, Dynamics and Strength of Materials." -back cover |
| Notes |
Includes index |
| Audience |
"This text is designed to meet the requirements of the following modules from the TAFE Engineering Technician and Engineering Associate curriculum: Statics (EA859), Introductory dynamics (EA772), Introductory strength of materials (EA804) |
| SUBJECT |
McGraw-Hill professional engineering. Mechanical engineering. http://id.loc.gov/authorities/names/no2004101040
|
| Subject |
Mechanical engineering.
|
|
Mechanics, Applied.
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Structural analysis (Engineering)
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| Author |
Ivanoff, Val.
Mechanical engineering science
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| ISBN |
0074702394 |
|
9780074702390 |
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