The mechanical design process
"Knowledge about the design process is increasing rapidly. A goal in writing the fourth edition of the Mechanical Design Process was to incorporate this knowledge into a unified structure - one of the strong points of the first three editions. Throughout the new edition, topics have been updated and integrated with other best practices in the book. This new edition builds on the earlier editions' reputation for being concise, direct, and for logically developing the design method with detailed …
Read More ↓Title Statements
- Full title :The mechanical design process / David G. Ullman.
Summary
"Knowledge about the design process is increasing rapidly. A goal in writing the fourth edition of the Mechanical Design Process was to incorporate this knowledge into a unified structure - one of the strong points of the first three editions. Throughout the new edition, topics have been updated and integrated with other best practices in the book. This new edition builds on the earlier editions' reputation for being concise, direct, and for logically developing the design method with detailed how-to instructions, while remaining easy and enjoyable to read."--Jacket
Read More ↓Edition Statements
- Publication Date:©2010.
- Edition:4th ed
Publication Statements
- Publisher(s):McGraw-Hill Higher Education
- Place of Publication:Boston
- Language:eng
- Publication Date:©2010.
The Physical Object
- Description:xiv, 433 pages : : illustrations ; : 24 cm
Edition Identifiers
- ISBN:9780072975741, 0072975741, 9780071267960, 0071267964
- oclc:ocn244060468
- LC Classification:TJ230
- Dewey Decimal:621.8/15
Table of Contents
Why study the design process -- Understanding mechanical design -- Designers and design teams -- The design process and product discovery -- Planning for design -- Understanding the problem and the development of engineering specifications -- Concept generation -- Concept evaluation and selection -- Product generation -- Product evaluation for performance and the effects of variation -- Product evaluation: design for cost, manufacture, assembly and other measures -- Wrapping up the design process and supporting the product -- Appendix A: Properties of 25 materials most commonly used in mechanical design -- Appendix B: Normal probability -- Appendix C: Factor of safety as a design variable -- Appendix D: Human factors in design.
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