出版社:清华大学出版社
年代:2003
定价:92.0
本书是一部讲述产品设计的书。该书详细介绍了产品开发的全过程,主要内括:产品开发过程,产品开发工具,从技术和商业之间的关系讨论了影响产品开发的因素,用户需求分析,建立产品功能建模,面向制造和装配的设计,面向环境的设计,优化和模型解算,产品的物理性质,物理模型和实验。
ForewordPrefaceCharter 1: Journeys in Product Development 1.1 Chapter Roadmap 1.2 An Introduction to Product Design 1.3 Modern Prduct Development 1.4 Examples of Product Development Processes 1.5 Theories and Methodologies in Desgin 1.6 Summary and “Golden Nrggets”Chapter 2:Prduct Development Process Tools 2.1 Chapter Roadmap 2.2 Prodrct Development Teams 2.3 Product Development Planning 2.4 Sumary and “Golden Nuggets”Chapter 3: Scoping Product Developments: Technical and Business Concerns
ForewordPrefaceCharter 1: Journeys in Product Development 1.1 Chapter Roadmap 1.2 An Introduction to Product Design 1.3 Modern Prduct Development 1.4 Examples of Product Development Processes 1.5 Theories and Methodologies in Desgin 1.6 Summary and “Golden Nrggets”Chapter 2:Prduct Development Process Tools 2.1 Chapter Roadmap 2.2 Prodrct Development Teams 2.3 Product Development Planning 2.4 Sumary and “Golden Nuggets”Chapter 3: Scoping Product Developments: Technical and Business Concerns 3.1 Chapter Roadmap 3.2 Determining What to Develop 3.3 Basic Method:Mission Statement and Tenchnical 3.4 Adavced Method:Business Case Analysis 3.5 Advanced Method:Design Drivers 3.6 Summary and “Golden Nuggets”Chapter 4 : Understanding Customer Needs 4.1 Chapter Roadmap 4.2 Customer Satisfaction 4.3 Gathering Customer Needs 4.4 Organizing and Prioritizing Customer Needs 4.5 Summyary and “Golden Nuggets”Chapter 5: Establishing Product Function 5.1 Chapter Roadmap 5.2 Why Functional Decompodition? 5.3 Modeling Process 5.4 A Simpld Approach:Function Trees 5.5 Establishing Systeb Functionality:Creating a unction Structure 5.6 Augmentation:From Simple Function Trees to Compsete Models 5.7 Aggregation Revisited:Simplicity of Shooting Darts 5.8 A Functional Common Basis 5.9 Critique of Functional Modeling Megthods 5.10 Summary and “Golden Nuggets”Chaper6: Product Teardown and Experimentation 6.1 Chapter Roadmap 6.2 Teardown Process 6.3 Teardown Methods 6.4 Post Teardown Repouting 6.5 Applications of Product Teardown 6.6 Summary and “Golden Nuggets”Chapter 7: Benchmarding and Establishing Engineering Specifications 7.1 Chapter Roadmap 7.2 Bacdground:Know Your Enemy to Know Yourself 7.3 A Bechmarking Approach 7.4 Support Tools for the Bebchmarkng Process 7.5 Setting Product Specifications 7.6 Summaua and “Golden Nuggets”Chapter 8:Product Portfolios and Portfolio Architecture 8.1 Chapter Roadmap 8.2 Product Portfolio Architecture 8.3 Choosing an Architecture Type 8.4 Platform Architecture 8.5 Summary and “Golden Nuggets”Chapter 9: Product Architecture 9.1 Chapter Roadmap 9.2 Product Architectures 9.3 Product Modularity:Background 9.4 Modular Design:Basic Clustering Method 9.5 Moeular Desingn:An Advanced Functional Method 9.6 Architecture-Based Development Teams 9.7 Summary and “Golden Nuggets”Chapter 10:Generating Concepts 10.1 Chapter Roadmap 10.2 Concept Generation Process 10.3 Basic Methods:Information Gathering and 10.4 Advanced Methods:Directed Search 10.5 Morphological Analysis 10.6 Combinig Solution Principles (Comept Variants) 10.7 Summary and “Golden Nuggets”Chapter 11: Concept Selection 11.1 Chapter Roadmap 11.2 Introcuction 11.3 Estimating Techmical Feasibility 11.4 A Concept Selection Process 11.5 A Basic Method:Pugh Concept Selection Charts 11.6 Advanced Discussion :Measurement Theory 11.7 Advanced Method:Numerical Concept Scoring 11.8 A Critique of Design Evaluqtion Schemes 11.9 Chapter Summary and”Golden Nuggets”Chapter 12: Concept Embodiment 12.1 Chapter Roadmap 12.2 Overview and Context 12.3 Basic Methods:Refining Geometry and Layout 12.4 Advanced Methodes:Systems Modeling 12.5 Case Study:Computer Monitor Stand for a Docking 12.6 Summary and “Golden Nuggets”ReferencesChapter 13: Modeling of Prduct MetricsChapter 14:Design for Manufacture and AssemblyChapter 15:Design for the EnvironmentChapter 16:Analytical and Numerical Model SolutionsChapter 17:Physical PrototypesChapter 18:Physical Models and ExperimentationChapter 19:Design For RobustnessAppendices