Engineering Design Synthesis: Understanding, Approaches and ToolsAmaresh Chakrabarti Springer Science & Business Media, 2013年3月9日 - 330 頁 This book is an attempt to bring together some of the most infiuential pie ces of research that collectively underpin today's understanding of what constitutes and contributes to design synthesis, and the approaches and tools for supporting this important activity. The book has three parts. Part 1 - Understanding - is intended to provide an overview of some of the major findings as to what constitutes design synthesis, and some of its major infiuencing factors. Part 2 - Approaches - provides descriptions of some of the major prescriptive approaches to design synthesis that together infiu enced many of the computational tools described in the final part. Part 3 - Tool- is a selection of the diverse range of computational approaches being developed to support synthesis in the major strands of synthesis research - composition, retrieval, adaptation and change. In addition, the book contains an editorial introduction to the chapters and the broader context of research it represents, and a supplementary bibliography to help locate this broader expanse of work. With the wide variety of methods and tools covered, this book is intended primarily for graduate students and researchers in product design and development; but it will also be beneficial for educators and prac titioners of engineering design, for whom it should act as a valuable sourcebook of ideas for teaching or enhancing design creativity. |
內容
processeslinkbreaking | 2 |
models | 5 |
Retrieval using configuration spaces | 14 |
Theory of technical systems and engineering design synthesis | 49 |
Approaches | 91 |
Using the concept of functions to help synthesise solutions | 117 |
Design catalogues and their usage | 121 |
TRIZ the Altshullerian approach to solving innovation problems | 131 |
78 | 212 |
Design processes and context for the support of design synthesis | 213 |
Creative design by analogy | 245 |
Design patterns and creative design | 271 |
supporting innovative design using adaptation | 285 |
Transforming behavioural and physical representations of mechanical | 303 |
Automatic synthesis of both the topology and numerical parameters | 319 |
20 | 322 |
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常見字詞
abduction abductive reasoning abstract analogy analysis Angular Momentum applied approach Artif Intell Artificial Intelligence axioms behaviour bond graph candidate capacitive causal chairs characteristics circuit components computer-aided design concept configuration space constraints context creative defined derived described design catalogues design knowledge design patterns design problem design process design solution design theory device domain theory dynamic dynamic systems elements energy Engineering Design entity evaluation example flow formalised func function structure function-means tree gear genetic programming GTMs ideas implemented input and output integration kinematic kinematic pairs logical mechanical artefact mechanical design mechatronics metamodel method model-based model-based reasoning modified motion object patterns physical possible power spine principles properties qualitative reasoning relationship representation represented retrieval schematic description Schemebuilder shown in Fig signal solving specification step subfunctions synthesis problem technical systems theorems tion topology transformation TRIZ type number variables voltage
