前辅文
 Chapter 1　Introduction to Engineering Design
  1.1　Chapter Overview
  1.2　Design and Its History
   1.2.1　The design concept
   1.2.2　A brief history of design
   1.2.3　The design principles
  1.3　Engineering Design
  1.4　Product Life Cycle
  1.5　Engineering Design Process: An Example
   1.5.1　Market survey and QFD
   1.5.2　Conceptual design
   1.5.3　Detailed design
   1.5.4　Prototyping
   1.5.5　Conclusion
  1.6　Summary
  1.7　Exercises
  1.8　References
 Chapter 2　The Design Team
  2.1　Chapter Overview
  2.2　The Designer
  2.3　The Design Team
  2.4　The Design Report
  2.5　Oral Presentation
  2.6　Summary
  2.7　Exercises
  2.8　References
 Chapter 3　Problem Specification
  3.1　Chapter Overview
  3.2　Customer Requirements
  3.3　Market Survey
  3.4　Patent Survey
  3.5　Quality Function Deployment
   3.5.1　Quality function deployment
   3.5.2　Establishing the house of quality
   3.5.3　The four phases of the house of quality
  3.6　Summary
  3.7　Exercises
  3.8　References
 Chapter 4　Concept Generation and Evaluation
  4.1　Chapter Overview
  4.2　Brainstorming, Innovation and Ideation
   4.2.1　Brainstorming
   4.2.2　Innovation and ideation
   4.2.3　Investigation and research
  4.3　Sketches
  4.4　Concept Evaluation
  4.5　Summary
  4.6　Exercises
  4.7　References
 Chapter 5　Detailed Design
  5.1　Chapter Overview
  5.2　Overview of Detailed Design
  5.3　Engineering Drawing in Engineering Design Representation
   5.3.1　Three views of a solid
   5.3.2　Axonometric projection
   5.3.3　The representation method of parts
   5.3.4　Detail drawing
   5.3.5　Assembly drawing
  5.4　Computer Geometric Modeling in Engineering Design Representation
   5.4.1　Wireframe modeling
   5.4.2　Surface modeling
   5.4.3　Solid modeling
   5.4.4　Integrated example
  5.5　Summary
  5.6　Exercises
  5.7　References
 Chapter 6　Materials and Manufacturing
  6.1　Chapter Overview
  6.2　Engineering Materials and Properties
   6.2.1　Development of engineering materials
   6.2.2　Classification of materials
   6.2.3　Properties of engineering materials
   6.2.4　Physical properties of engineering materials
   6.2.5　Mechanical properties of engineering materials
   6.2.6　Chemical properties of engineering materials
  6.3　Manufacturing
   6.3.1　Definition
   6.3.2　Manufacturing Principles
   6.3.3　Manufacturing process
   6.3.4　Manufacturing quality
  6.4　Material Invariance Process
   6.4.1　Overview
   6.4.2　Solidification
   6.4.3　Plastic forming
   6.4.4　Welding
  6.5　Material Removal Process
   6.5.1　Overview
   6.5.2　Cutting
   6.5.3　Nontraditional machining
  6.6　Material Accretion Process
   6.6.1　Overview
   6.6.2　Additive manufacturing
  6.7　Summary
  6.8　Exercises
  6.9　References
 Chapter 7　Uncertainty in Engineering Design
  7.1　Chapter Overview
  7.2　Probability
  7.3　Statistics
   7.3.1　Representation of statistical data
   7.3.2　Continuous distribution
   7.3.3　Combining statistics
   7.3.4　Statistical process control
  7.4　Regression Analysis
   7.4.1　Basics of regression
   7.4.2　Application of the regression analysis—Taylor’s Tool Life Equation
  7.5　Summary
  7.6　Exercises
  7.7　References
 Chapter 8　Basics of Optimization in Engineering Design
  8.1　Chapter Overview
  8.2　Multiobjective Optimization
  8.3　Differential Optimization Method
  8.4　Linear Programming Optimization Method
   8.4.1　Examples of linear programming in engineering
   8.4.2　Graphical method for linear programming
  8.5　Summary
  8.6　Exercises
  8.7　References
 Chapter 9　Ergonomics in Engineering Design
  9.1　Chapter Overview
  9.2　Humanoriented Design
  9.3　Design for Safety
  9.4　Design for Environment
  9.5　Summary
  9.6　Exercises
  9.7　References
 Chapter 10　Engineering Economics
  10.1　Chapter Overview
   10.1.1　Overview
   10.1.2　Engineering and economics
   10.1.3　Study goals
  10.2　Total Product Cost
   10.2.1　General cost terms
   10.2.2　Classifying costs for financial statements
   10.2.3　Cost classification for predicting cost behavior
  10.3　Economic Decision Making
   10.3.1　Engineering economic decisions
   10.3.2　What makes the engineering economic decision difficult?
   10.3.3　Economic versus design decisions
   10.3.4　Fundamental principles of engineering economics
  10.4　Time Value of Money
   10.4.1　Interest: the cost of money
   10.4.2　Elements of transactions involving interest
   10.4.3　Methods for calculating interest
  10.5　Cash Flow
   10.5.1　Cash flow diagrams
   10.5.2　The five types of cash flows
   10.5.3　Single cash flow formulas
   10.5.4　Uneven payment series
   10.5.5　Equal payment series
   10.5.6　Lineargradient series
   10.5.7　Geometricgradient series
  10.6　Net Present Value
  10.7　Rate of Return
   10.7.1　Return on investment
   10.7.2　Return on invested capital
   10.7.3　Methods for finding the rate of return
   10.7.4　Internalrateofreturn criterion
  10.8　Summary
  10.9　Exercises
  10.10　References
 Appendix A　Projections of Points, Lines and Planes
  A.1　Projections of Points
   A.1.1　Projections of points in a doubleprojection system
   A.1.2　Projections of points in a tripleprojection system
   A.1.3　Find the 3rd projection of a point according to its two given projections
   A.1.4　Relative position of two points
  A.2　Projections of Lines
   A.2.1　Basic concept of projections of lines
   A.2.2　Projection features of straight lines in various positions
   A.2.3　True length and inclination angles with the projection planes of an oblique line
   A.2.4　Relative positions of a point and a line/ relative positions of two lines
  A.3　Projections of Planes
   A.3.1　Representation of planes
   A.3.2　The projection properties of planes
   A.3.3　Points and lines on a plane
  A.4　Exercises
 Appendix B　Standard Parts/Commonly Used Parts and Their Representations
  B.1　Threads and Threaded Fasteners
   B.1.1　Formation of threads
   B.1.2　Principal parameters of threads
   B.1.3　Representation of threads
   B.1.4　Thread marks
   B.1.5　Threaded fasteners
  B.2　Key
   B.2.1　Marks of keys
   B.2.2　The drawing method of a keyway and its dimensioning
   B.2.3　The representation of a key joint
  B.3　Pin
   B.3.1　Marks of pins
   B.3.2　Representation of pin joints
  B.4　Gear
   B.4.1　Geometric elements and dimensions of a spur gear
   B.4.2　Calculation formula of basic sizes of the standard spur gear
   B.4.3　Conventional drawing of spur gears
  B.5　Exercise
 Appendix C　Introduction to the National Standard of China for Mechanical Drawing
  C.1　Size and Layout of Drawing Sheets
   C.1.1　Format of drawing sheets
   C.1.2　Frame format of drawing sheets
   C.1.3　Title block
  C.2　Scales
  C.3　Lettering
  C.4　Line Types
  C.5　Dimensioning
 Appendix D　Specifications of Threads, Keys and Pins
  D.1　Threads and Threaded Fasteners
  D.2　Keys
  D.3　Pins
 Appendix E　Parameters of the Limit and Fit