- Cover image
- Title page
- Table of Contents
- Copyright page
- Preface
- Foreword
- Book Synopsis
- Introduction
- Chapter 1: Engineering Design: An Overview
- Abstract
- 1.1 What Is Design?
- 1.2 Definition of Design and Overview of the Design Process
- 1.3 Design Activities
- 1.4 Design Information
- 1.5 Design Evolution
- 1.6 Design Information Output
- 1.7 Qualities of the Designer
- 1.8 Attention to Detail
- 1.9 The Whole Picture
- 1.10 Classic Engineering Design-to-Manufacture Model
- 1.11 Overall Design Objectives and the Triple Bottom Line
- Chapter 2: Design Approach, Philosophy, and Normal Approach Design Model
- Abstract
- 2.1 That “Eureka” Moment
- 2.2 An Historical Approach to Design
- 2.3 The Design Approach
- 2.4 Attributes of a Successful Design Engineer
- 2.5 The Classic Design Approach
- 2.6 Design Specifications
- 2.7 Design Phases
- 2.8 Phase 1
- 2.9 Phase 2
- 2.10 Phase 3
- 2.11 Final Design Specification
- 2.12 Product Specification
- 2.13 Prototypes
- Chapter 3: Sustainability and Its Application Within Engineering Design
- Abstract
- 3.1 What Is Sustainability?
- 3.2 Is Sustainability Achievable?
- 3.3 Sustainability: Past and Present
- 3.4 The Classic Design and Manufacture Model
- 3.5 The Taguchi Approach to Quality Manufacturing
- 3.6 The Taguchi Analogy Applied to Sustainable Engineering Design
- 3.7 Sustainable Sourcing (Ecosourcing)
- 3.8 Design for Sustainable Manufacture (Sustainable Manufacture Value, or SMV)
- 3.9 Design for Sustainable Use (Sustainable Use Value, or SUV)
- 3.10 Design for Sustainable Maintenance (Sustainable Maintenance Value, or SMaV)
- 3.11 Design for Sustainable Disposal (Sustainable Disposal Value, or SDV)
- 3.12 Giveback
- 3.13 The Measurement of Sustainability
- 3.14 Actual Measurement of Sustainability
- 3.15 Sustainability Compromise
- 3.16 Conclusions
- 3.17 Sustainable Engineering Design: Necessity or Luxury?
- Appendix 3.1
- Appendix 3.2
- Appendix 3.3
- Chapter 4: The Tools of the Design Process and Management of Design
- Abstract
- 4.1 Introduction
- 4.2 Development Processes
- 4.3 Systematic Approach to Design
- 4.4 Design Methods
- 4.5 Classic Brainstorming
- 4.6 Brain Writing 6-3-5
- 4.7 Imaginary Brainstorming
- 4.8 Word-Picture Associations and Analogies
- 4.9 Methods of Generating Associations and Analogies
- 4.10 TILMAG
- 4.11 The Morphological Box
- 4.12 Design and Planning Methods
- Chapter 5: Communication for Engineers
- Chapter 6: Performance Prediction
- Abstract
- 6.1 Why Performance Prediction is Necessary
- 6.2 Historical Aspects of Analysis
- 6.3 Materials Testing
- 6.4 Factor of Safety
- 6.5 Consolidation of Safety in Structures and Devices
- 6.6 Computing Power
- 6.7 Fatigue Strength Prediction
- 6.8 Performance Prediction Methodology and Application
- 6.9 Checks and Balances
- 6.10 Conclusion
- Appendix
- Chapter 7: Design for Total Control
- Abstract
- 7.1 Traditional Approaches
- 7.2 The Sustainability Umbrella Model
- 7.3 Total Design Control
- 7.4 A New Design Approach (The Umbrella of Sustainable Design)
- 7.5 The Sustainable Design Function
- 7.6 Manufacturing
- 7.7 Lifetime Usage
- 7.8 Maintenance
- 7.9 End-of-Life Disposal
- Glossary
- Useful Addresses
- Chapter 8: Drivers of Sustainability in Design: Legislation and Perceptions of Consumers and Buyers
- Chapter 9: Strategic Sustainable Design
- Chapter 10: Predicting the Future
- Index
Sustainability in Engineering Design
An Undergraduate Text
Anthony Johnson B.Sc., M.I.Mech.E, C.Eng, FHEA
Andrew Gibson B.Sc., CIM, MIEx
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