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Engineering Design 5th Edition by George Dieter, Linda Schmidt ISBN 0073398144 9780073398143

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Cover image: Engineering Design
Product details:
ISBN 10: 0073398144
ISBN 13: 9780073398143
Author: George Dieter, Linda Schmidt

Dieter’s Engineering Design represents a major update of this classic textbook for senior design courses. As in previous editions, Engineering Design provides a broader overview of topics than most design texts and contains much more prescriptive guidance on how to carry out design. Dieter focuses on material selection as well as how to implement the design process. Engineering Design provides the senior mechanical engineering students with a realistic understanding of the design process. It is written from the viewpoint that design is the central activity of the engineering profession, and it is more concerned with developing attitudes and approaches than in presenting design techniques and tools.
 

Engineering Design 5th Edition Table of contents:

Part I: Introduction to Engineering Design

  1. Introduction to Engineering Design

    • Definition and significance of engineering design
    • The role of design in product development
    • The design process: Steps and stages
    • Overview of design methodologies and approaches

  2. The Role of Materials in Engineering Design

    • Material properties and selection criteria
    • How materials influence design decisions
    • The relationship between material selection and performance

  3. Design for Manufacturability and Sustainability

    • Principles of Design for Manufacturability (DFM)
    • Design for Sustainability (DFS) and environmental considerations
    • Cost-effectiveness and resource conservation in design

Part II: Design Process

  1. Product Development and Design Process

    • Overview of the stages of product development
    • Conceptual design, prototype development, and refinement
    • Iterative design process: Prototyping, testing, and evaluation

  2. Creativity and Problem Solving in Design

    • Techniques for fostering creativity in the design process
    • Problem-solving methods: Brainstorming, TRIZ, and systematic approaches
    • Tools for ideation and conceptualization

  3. Design Requirements and Specifications

    • Understanding customer needs and translating them into design requirements
    • Functional specifications and constraints
    • Quality function deployment (QFD) and its role in design

Part III: Design Tools and Techniques

  1. Computer-Aided Design (CAD)

    • Introduction to CAD tools and software
    • Benefits and challenges of using CAD in engineering design
    • 3D modeling and simulation in design

  2. Material Selection and Processing

    • Materials science fundamentals for designers
    • Techniques for material selection based on mechanical properties
    • Design for specific materials (metals, polymers, ceramics, etc.)

  3. Prototyping and Testing

    • Types of prototypes: Physical, virtual, and functional
    • Rapid prototyping techniques (3D printing, CNC, etc.)
    • Testing methods and performance validation

Part IV: Design for Manufacturing

  1. Design for Manufacturing (DFM)

    • Principles of DFM to improve product manufacturability
    • Simplification of design for ease of production
    • Case studies and examples of DFM applications

  2. Design for Assembly (DFA)

    • Techniques for designing products that are easy to assemble
    • Minimizing the number of parts and simplifying assembly steps
    • Economic considerations in DFA

  3. Quality and Reliability in Design

    • Design for quality: Techniques and best practices
    • Reliability analysis and testing
    • Risk management in the design process

Part V: Design in the Real World

  1. Design for Cost and Life-Cycle Considerations

    • Life-cycle cost analysis: Cost estimation and optimization
    • Total cost of ownership and economic design considerations
    • Environmental and regulatory concerns in product life-cycle

  2. Collaborative and Team-Based Design

    • Working in multidisciplinary design teams
    • Project management principles for design
    • Tools for communication and collaboration in design

  3. Ethical Considerations in Engineering Design

    • Ethics in design decision-making
    • Social responsibility of engineers
    • Case studies of ethical issues in engineering design

Part VI: Case Studies and Applications

  1. Engineering Design Case Studies

    • Real-world examples of engineering design in various industries (automotive, aerospace, consumer products, etc.)
    • Lessons learned from successful and unsuccessful design projects
    • Application of the design process to practical engineering problems

  2. Emerging Trends in Engineering Design

    • New technologies and tools in engineering design (e.g., AI, IoT, additive manufacturing)
    • The future of sustainable and smart design
    • Global trends and the role of engineering design in innovation

Appendices

  • A. Glossary of Key Terms
  • B. Design Tools and Resources
  • C. Reference Tables for Materials Properties
  • D. Index

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