Mechanical Design: An Integrated Approach
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Product details:
- Publisher McGraw-Hill Higher Education
- Date of Publication 1 May 2003
- ISBN 9780071215169
- Binding Paperback
- No. of pages pages
- Size 228x203x35 mm
- Weight 1515 g
- Language English 0
Categories
Long description:
Mechanical Design: An Integrated Approach provides a comprehensive, integrated approach to the subject of machine element design for Mechanical Engineering students and practicing engineers. The author’s expertise in engineering mechanics is demonstrated in Part I (Fundamentals), where readers receive an exceptionally strong treatment of the design process, stress & strain, deflection & stiffness, energy methods, and failure/fatigue criteria. Advanced topics in mechanics (marked with an asterisk in the Table of Contents) are provided for optional use.
The first 8 chapters provide the conceptual basis for Part II (Applications), where the major classes of machine components are covered. Optional coverage of finite element analysis is included, in the final chapter of the text, with selected examples and cases showing FEA applications in mechanical design.
In addition to numerous worked-out examples and chapter problems, detailed Case Studies are included to show the intricacies of real design work, and the integration of engineering mechanics concepts with actual design procedures. The author provides a brief but comprehensive listing of derivations for users to avoid the “cookbook” approach many books take. Numerous illustrations provide a visual interpretation of the equations used, making the text appropriate for diverse learning styles. The approach is designed to allow for use of calculators and computers throughout, and to show the ways computer analysis can be used to model problems and explore “what if?” design analysis scenarios.
Table of Contents:
Part I Fundamentals
1 Introduction to Design
2 Materials
3 Stress and Strain
4 Deflection and Stiffness
5 Energy Methods in Design
6 Buckling Design of Members
7 Static Failure Criteria and Reliability
8 Fatigue
Part II Applications
9 Shafts and Associated Parts
10 Bearings and Lubrication
11 Spur Gears
12 Helical, Worm, and Bevel Gears
13 Belts, Chain, Clutches, and Brakes
14 Springs
15 Power Screws, Fasteners, and Connections
16 Axisymmetric Problems in Design
17 Finite Element Analysis in Design
Appendix A Units, Properties of Shapes, and Beam
Deflections
Appendix B Material Properties
Appendix C Stress Concentration Factors
Appendix D Solution of the Stress Cubic Equation
