Design of Machine Elements

Spotts, Merhyle|Shoup, Terry|Hornberger, Lee

ISBN 10: 0130489891 / ISBN 13: 9780130489890

Published by Pearson Education (US), 2003

About this Item

This text presents a survey of machine elements and analytical design methods and gives students the tools and techniques needed to facilitate design calculations for the most frequently encountered mechanical elements. It is suitable for a one- or two-term. Seller Inventory # 897405865

Bibliographic Details

Title: Design of Machine Elements

Publisher: Pearson Education (US)

Publication Date: 2003

Binding: Hardcover

Condition: New

About this title

Synopsis:

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 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.

From the Back Cover:

Now in its eighth edition, this newly revised version of a classic text from the field of machine design contains 15 self-contained chapters covering the fundamental principles for this important branch of mechanical engineering. The material is drawn from a variety of sources and makes extensive use of structured computational examples to illustrate actual design applications.

Among the key features of this new edition are:

• A new chapter on the design with plastic materials.
• A chapter devoted to form synthesis of machine parts to enable the reader to critique existing machine assemblages with a view toward creating improved designs.
• A CD-ROM containing 54 Microsoft Excel spreadsheet modules to assist with the implementation of complex design tasks. Most of these modules now feature drop-down menus, as well as dual-unit capability.
• A review of the fundamentals of the strength of materials appropriate for the study of machine design.