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In Mechanical Assemblies: Their Design, Manufacture, and Role in Product Development, author Daniel E. Whitney draws on more than thirty years of academic and industry experience to fill this significant gap in the mechanical engineering curriculum. Assembly is the process by which parts become products that do useful things. It is therefore fundamental to the work of every mechanical engineer. Yet the design of assemblies and the process of assembling them are rarely taught in universities. The first book to develop a systematic approach to the modeling and design of assemblies, this text addresses the subject on two levels. Assembly in the Small develops a systematic theory for the design of assemblies with their functions in mind, starting from the basic principles of mechanical constraint and including methods for representing assemblies mathematically. In addition, important assembly analysis techniques such as predicting variation and generating assembly sequences are covered using a consistent mathematical formulation. Assembly in the Large deals with the role of assemblies in product development, including product architecture, design for assembly, and manufacturing strategy, as well as design and evaluation of assembly processes and systems.
This book investigates the systematic modeling and design of mechanical assemblies to bridge the gap between theoretical engineering education and practical industrial application. Drawing on over thirty years of experience at MIT, Daniel E. Whitney provides a comprehensive framework for understanding how individual parts are integrated into functional products. The text utilizes a dual-level approach, examining both the micro-level mechanics of constraint and the macro-level strategy of product architecture and manufacturing systems.
What You Will Find
Experts recognize this work as a foundational text for mechanical engineering curricula, specifically for its formalization of assembly theory. Readers frequently note the technical density of the prose, which serves as a rigorous reference for both students and practicing engineers.
Page Count:
544
Publication Date:
2009-01-01
Publisher:
Oxford University Press
ISBN-10:
019806022X
ISBN-13:
9780198060222
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