可適應設計方法及應用=Adaptable Design Methods and Applications(英文) 978

內容簡介
本書提供了適應性設計（AD）的全面研究，從構思概念、開發方法和應用到AD的真實世界產品設計，通過擴展AC的設計和物理產品的實用性，可以實現實質性的益處。AD的主要元素包括合理化的功能結構、可適應的產品架構、可適應介面和適應性評估。AD原則的關鍵方面是適應性，包括設計適應性、產品適應性、一般適應性和特定適應性，以及適應性的建模和評估。對這些方面的詳細討論是為了理解AD。還描述了在軟體中實現AD和設計應用的方法、工具和技術。包括AD的應用示例，以說明如何在實際產品設計中使用AD。*后，強調了人工智慧、大數據、物聯網、雲技術等先進技術以及元宇宙和Web3 0時代AD的未來發展。

作者簡介
2017年顧佩華入選McMaster大學150傑出工程校友 (Top 150 Alumni of Engineering， McMaster University)；他連續多年入選ELSVIER高引中國研究者並在工業工程和製造工程領域連續3年排名第一;他2004年入選加拿大工程院（Fellow， Canadian Academy of Engineering）和國際生產工程院 (Fellow， International Academy of Production Engineering – CIRP)，是*早入選加拿大工程院的華人之一。 顧佩華1995年和2000年兩次成為加拿大自然科學和工程研究委員會（國家自然基金委）工業和工程設計講席教授（NSERC Industrial Chair and NSERC Design Chair）、廣東省領軍人才 (2011年）。獲2009年英國機械工程師協會頒發的Joseph Whitworth優秀論文獎、2011年CIRP設計年會的**論文獎、第九屆設計與製造前沿國際會議優秀論文獎、美國製造工程師學會（SME）製造教育傑出進步獎， 優秀大學校長獎等。2005年他將當時國際上先進工程教育框架CDIO引入中國，並用CDIO在汕頭大學工學院5個專業實施結果導向的工程教育改革（EIP-CDIO和OBE-CDIO）。他是CDIO聯盟的創始主席，並且獲得了廣東省教學一等獎和國家教學二等獎。

目錄
Contents
1 Introduction - 1
1 1 Product Life Cycle and Engineering Design - 3
1 1 1 Product Life Cycle - 3
1 1 2 Engineering Design - 5
1 1 3 Design Methodologies and Tools - 7
1 1 4 Requirements for Adaptable Design - 10
1 2 Principles of Adaptable Design - 11
1 2 1 Adaptable Design - 11
1 2 2 Extension of Utility in Adaptable Design - 13
1 2 3 Key Issues in Adaptable Design - 14
1 3 Benefits of Adaptable Design - 17
1 3 1 Users: Extended Product Utility - 17
1 3 2 Producers: Extended Design Utility - 17
1 3 3 User and Producer Benefits of Large Systems - 19
1 3 4 Environmental Benefits - 20
1 4 Applicability of Adaptable Design - 21
1 5 Differences Between Adaptable Design and Other Design
Methods - 23
1 6 Organization of This Book - 24
1 7 Summary - 24
References - 25
2 Modeling for Adaptable Design - 31
2 1 Rationalized Functional Structures for Adaptable Design - 31
2 1 1 Function Modeling for Adaptable Design - 32
2 1 2 Structure Modeling for Adaptable Design - 36
2 1 3 Relations Between Functional and Structural
Components - 42
2 2 Product Architecture for Adaptable Design - 43
2 2 1 Modular Products - 43
2 2 2 Product Platforms and Families - 44
2 2 3 Open Architecture Products - 45
2 3 Adaptable Interface - 48
2 4 Assembly and Disassembly for Adaptation Operations - 51
2 4 1 Modeling of Assembly Operations - 51
2 4 2 Modeling of Disassembly Operations - 56
2 5 Summary - 57
References - 58
3 Evaluation for Adaptable Design - 61
3 1 Evaluation of Engineering Design - 61
3 2 Measures of Adaptabilities - 61
3 2 1 Specific Product Adaptability - 65
3 2 2 Specific Design Adaptability - 72
3 2 3 General Product Adaptability - 73
3 2 4 General Design Adaptability - 76
3 3 Adaptabilities in Design Evaluation - 78
3 4 Evaluation of Adaptabilities Based on Information Entropy - 83
3 4 1 Functions， Structures， and Parameters of Adaptable
Products - 83
3 4 2 Information Entropies for Evaluation of Adaptabilities 84
3 5 Summary - 89
References - 89
4 Processes and Methods for Adaptable Design - 91
4 1 Processes for Adaptable Design - 91
4 1 1 Processes for Adaptable Design Considering Product
Adaptability - 91
4 1 2 Processes for Adaptable Design Considering Design
Adaptability - 93
4 2 Elements in Adaptable Design Processes - 93
4 2 1 Design Requirements - 93
4 2 2 Design Candidates - 96
4 2 3 Design Evaluation - 102
4 2 4 Design Optimization - 104
4 3 Robust Adaptable Design - 107
4 3 1 Robust Adaptable Design Considering Changes
of Requirements and Parameters - 107
4 3 2 Robust Adaptable Design Considering Changes
of Product Configurations - 119
4 3 3 Robust Adaptable Design of Open Architecture
Products - 127
4 4 Adaptable Design Considering Adaptation Operations - 136
4 4 1 Assembly Operation Sequences for Adaptable Design 136
4 4 2 Disassembly Operation Sequences for Adaptable
Design - 139
4 5 Adaptable Design Considering Mass Personalization - 141
4 5 1 Module Planning for OAPs - 141
4 5 2 Detail Design of OAPs - 143
4 5 3 Product Personalization - 145
4 6 Summary - 146
References - 146
5 Tool and Techniques for Adaptable Design - 149
5 1 Modular Design Tools - 149
5 1 1 Modularization for Adaptable Design Using Matrix
Approach - 149
5 1 2 Pattern Clustering Approach - 164
5 2 Optimization Tools - 169
5 2 1 Constrained Optimization - 169
5 2 2 Multi-objective Optimization - 173
5 2 3 Multi-level Optimization - 175
5 2 4 Global Optimization - 177
5 3 Web-Based Tools for Adaptable Design - 185
5 3 1 Introduction - 185
5 3 2 Development of Web-Based Tools for Adaptable
Design - 186
5 3 3 Applications of Web-Based Tools in Adaptable Design 188
5 4 Virtual Reality for Adaptable Product Design and Evaluation 192
5 4 1 Introduction - 192
5 4 2 A VR-Based User Interactive System - 194
5 4 3 Case Study—A VR System for Food Truck Design - 198
5 4 4 Case Study—A VR System for Caravans Design - 205
5 4 5 Comments and Analysis - 206
5 5 Summary - 208
References - 208
6 Applications of Adaptable Design - 211
6 1 Adaptable Design of CNC Machine Tools Structure