Design of Machine Elements, 8th edition
Published by Pearson (October 14, 2003) © 2004
- Merhyle F. Spotts
- Terry E. Shoup
- Lee E. Hornberger
- Hardcover, paperback or looseleaf edition
- Affordable rental option for select titles
For a one or two-term introductory Machine Design course in Mechanical Engineering Departments, or Mechanical Engineering Technology.
Considered a classic in its field, this new edition of Design of Machine Elements represents the over 80 years of combined classroom and industry experience of its three authors. The text presents a comprehensive survey of machine elements and analytical design methods and gives students the tools and techniques necessary to facilitate design calculations for the most frequently encountered mechanical elements.
- NEW - Reformatted problems that use a structured approach.
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Makes the logic of example problems much easier to follow, and encourages students to adopt this structured approach in their work.
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- NEW - Upgraded and improved spreadsheet modules—Includes new “drop down menus,” and command buttons.
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Gives students easy access to additional information.
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- NEW - New spreadsheet modules.
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Gives students access to a greater range of problems.
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- NEW - New chapter on design with plastic materials—Written by Dr. Hornberger, a world-class leader in plastics design and recycling.
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Provides students with an excellent overview of how plastic materials are having a strong positive influence on the design of machine elements.
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- Worked-out numerical examples.
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Illustrates for students the principles that apply to the entire mechanical design field.
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- Use of simple, unified notation throughout—Provides most mathematical derivations.
- An emphasis on cases where loads continually fluctuate and may present stress concentrations.
- Review of fundamental mechanics essentials.
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Keeps these key ideas fresh in students' minds.
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- Many examples and applications now include the use of spreadsheet calculations.
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Facilitates the computational process for students.
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- A chapter on form synthesis.
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Gives some useful tools to improve students' design capabilities.
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- Use of dual system units (U.S. customary and S.I.).
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Allows students to be as versatile as possible in calculations. Conversion templates allow changes to be made quickly and accurately from one system to the other.
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- Simplified and updated design methods throughout.
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Allows students to more easily understand design methods.
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- Reformatted problems that use a structured approach.
-
Makes the logic of example problems much easier to follow, and encourages students to adopt this structured approach in their work.
-
- Upgraded and improved spreadsheet modules—Includes new “drop down menus,” and command buttons.
-
Gives students easy access to additional information.
-
- New spreadsheet modules.
-
Gives students access to a greater range of problems.
-
- New chapter on design with plastic materials—Written by Dr. Hornberger, a world-class leader in plastics design and recycling.
-
Provides students with an excellent overview of how plastic materials are having a strong positive influence on the design of machine elements.
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- Introduction.
- 1. Fundamental Principles.
- 2. Working Stresses and Failure Theories.
- 3. Design of Shafts.
- 4. Springs.
- 5. Screws.
- 6. Belts, Clutches, Brakes, and Chains.
- 7. Welded and Riveted Connections.
- 8. Lubrication.
- 9. Ball and Roller Bearings.
- 10. Spur Gears.
- 11. Helical, Bevel and Worm Gears.
- 12. Miscellaneous Machine Elements.
- 13. Principles of Form Synthesis.
- 14. Engineering Materials.
- 15. Designing with Plastic Materials.
- Appendix—Spreadsheet Modules.
- Index.
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