The idea that materials can be designed to satisfy specific performance requirements is relatively new. With high-performance composites, however, the entire process of designing and fabricating a part can be worked out before manufacturing. The purpose of this book is to present an integrated
approach to the design and manufacturing of products from advanced composites. It shows how the basic behavior of composites and their constitutive relationships can be used during the design stage, which minimizes the complexity of manufacturing composite parts and reduces the repetitive
"design-build-test" cycle. Designing it right the first time is going to determine the competitiveness of a company, the reliability of the part, the robustness of fabrication processes, and ultimately, the cost and development time of composite parts. Most of all, it should expand the use of
advanced composite parts in fields that use composites only to a limited extent at this time. To achieve these goals, this book presents the design and fabrication of novel composite parts made for machine tools and other applications like robots and automobiles.
This book is suitable as a textbook for graduate courses in the design and fabrication of composites. It will also be of interest to practicing engineers learning about composites and axiomatic design.
A CD-ROM is included in every copy of the book, containing Axiomatic CLPT software. This program, developed by the authors, will assist readers in calculating material properties from the microstructure of the composite.
This book is part of the Oxford Series on Advanced Manufacturing.
The idea that materials can be designed to satisfy specific performance requirements is relatively new. With high-performance composites, however, the entire process of designing and fabricating a part can be worked out before manufacturing. The purpose of this book is to present an integrated
approach to the design and manufacturing of products from advanced composites. It shows how the basic behavior of composites and their constitutive relationships can be used during the design stage, which minimizes the complexity of manufacturing composite parts and reduces the repetitive
"design-build-test" cycle. Designing it right the first time is going to determine the competitiveness of a company, the reliability of the part, the robustness of fabrication processes, and ultimately, the cost and development time of composite parts. Most of all, it should expand the use of
advanced composite parts in fields that use composites only to a limited extent at this time. To achieve these goals, this book presents the design and fabrication of novel composite parts made for machine tools and other applications like robots and automobiles.
This book is suitable as a textbook for graduate courses in the design and fabrication of composites. It will also be of interest to practicing engineers learning about composites and axiomatic design.
A CD-ROM is included in every copy of the book, containing Axiomatic CLPT software. This program, developed by the authors, will assist readers in calculating material properties from the microstructure of the composite.
This book is part of the Oxford Series on Advanced Manufacturing.
PART I: Basics
1: Introduction to Design of Composite Materials
2: Introduction to Composite Materials
3: Macromechanical Behavior of Unidirectional Composites
4: Composite Lamination Theory
5: Failure Criteria for Composite Materials
6: Behavior of Composite Laminated Plates and Beams
7: Micromechanics for Composite Materials
8: Transport Phenomena in Composite Materials
9: Machining and Joining of Composite Materials
10: Dynamic and Fatigue Performances of Composite Materials
PART II: Applications
11: Fundamentals of Axiomatic Design
12: Axiomatic Design of Materials-Processing Techniques
13: Axiomatic Design of Composite Robot Structures
14: Axiomatic Design of Composite Machine Tool Structures
15: Axiomatic Design of Composite Automotive Parts and
Infrastructures
Glossary
Index
Dai Gil Lee is Professor of Mechanical Engineering at Korea
Advanced Institute of Science and Technology. He is also a Vice
President of Korea Society of Composite Materials and a Member of
Korea Academy of Science and Technology.
Nam P. Suh is Ralph E. and Eloise F. Cross Professor of Mechanical
Engineering at the Massachusetts Institute of Technology. He is the
author of Complexity: Theory and Applications (OUP, 2005),
Axiomatic Design: Advances and Applications (OUP, 2001), and The
Principles of Design (OUP, 1990), and coeditor of the
MIT-Pappalardo Series in Mechanical Engineering and the Oxford
Series on Advanced Manufacturing.
"As readers will be aware, there are numerous books on composite
structures. However, what sets this book apart is that the subject
is approached in a holistic manner by chronicling the concept/
design/ manufacturing/ testing and finally implementation of a
number of composite parts from diverse industries and technical
requirements. ... The book is well written and deserves to find a
home in academia and industry."--Journal of Composite
Structures
"As readers will be aware, there are numerous books on composite
structures. However, what sets this book apart is that the subject
is approached in a holistic manner by chronicling the concept/
design/ manufacturing/ testing and finally implementation of a
number of composite parts from diverse industries and technical
requirements. ... The book is well written and deserves to find a
home in academia and industry."--Journal of Composite Structures
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