Advanced Engineering Design An Integrated Approach 1st edition by Efren Benavides ISBN 1856175815 9780857090935

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ISBN 10: 1856175815
ISBN 13: 9780857090935
Author: Efren Benavides 

This book provides engineers and students with a general framework focusing on the processes of designing new engineering products. The procedures covered by the framework lead the reader to the best trade-offs to ensure maximum satisfaction of the customer’s needs, meeting the lowest cost expectations, ensuring the lowest environmental impact and maximising profits and best positioning in the marketplace. Chapters discuss the engineering tools that are compatible with these goals and sustainable activity.

Advanced Engineering Design: An Integrated Approach 1st Table of contents:

• Introduction to Engineering Design 1.1. Definition and Importance of Engineering Design
  1.2. The Role of Engineers in Design
  1.3. The Design Process: Stages and Phases
  1.4. Integrated Design Approach
  1.5. Tools and Methods in Engineering Design

• Chapter 1: Design Thinking and Problem Solving 2.1. The Concept of Design Thinking
  2.2. Problem Identification and Definition
  2.3. Creative Problem Solving Techniques
  2.4. Innovation in Engineering Design
  2.5. Case Studies on Design Thinking

• Chapter 2: Conceptual Design 3.1. Generating Design Concepts
  3.2. Evaluating and Selecting Design Alternatives
  3.3. Feasibility Studies and Trade-offs
  3.4. Design Specifications and Requirements
  3.5. Case Studies in Conceptual Design

• Chapter 3: Detailed Design and Engineering Analysis 4.1. Developing Detailed Design Solutions
  4.2. Structural, Mechanical, and Electrical Considerations
  4.3. Engineering Analysis Tools (FEA, CFD, etc.)
  4.4. Optimization Techniques in Design
  4.5. Prototyping and Testing

• Chapter 4: Materials and Manufacturing Considerations 5.1. Material Selection for Engineering Design
  5.2. Manufacturing Processes and Capabilities
  5.3. Design for Manufacturing (DFM)
  5.4. Sustainability in Materials and Manufacturing
  5.5. Case Studies on Material Selection and Manufacturing

• Chapter 5: Computer-Aided Design (CAD) and Simulation 6.1. Introduction to CAD Tools and Techniques
  6.2. Role of CAD in the Design Process
  6.3. Simulation Tools for Design Validation
  6.4. Integrating CAD with Manufacturing Systems
  6.5. Future Trends in CAD and Simulation

• Chapter 6: Design for Quality and Reliability 7.1. Importance of Quality in Engineering Design
  7.2. Design for Reliability (DFR)
  7.3. Statistical Methods for Design Validation
  7.4. Risk Analysis and Management
  7.5. Case Studies on Design for Quality

• Chapter 7: Design Optimization and Sustainability 8.1. Principles of Design Optimization
  8.2. Sustainable Design and Life Cycle Assessment
  8.3. Design for the Environment (DFE)
  8.4. Eco-Design Strategies
  8.5. Case Studies on Sustainable Design

• Chapter 8: Project Management in Engineering Design 9.1. Managing Engineering Design Projects
  9.2. Time and Resource Management
  9.3. Collaboration and Teamwork in Design
  9.4. Design Documentation and Communication
  9.5. Risk and Cost Management in Design Projects

• Chapter 9: Advanced Design Techniques 10.1. Concurrent Engineering and Integrated Product Development
  10.2. Systems Engineering and Design
  10.3. Design for Assembly (DFA)
  10.4. Advanced Simulation Techniques (Multiphysics, etc.)
  10.5. Trends in Advanced Design Technologies

• Chapter 10: Future Directions in Engineering Design 11.1. Emerging Technologies in Design (AI, IoT, etc.)
  11.2. The Role of Digital Twin and Smart Manufacturing
  11.3. The Evolution of Design Thinking in the 21st Century
  11.4. Globalization and Its Impact on Engineering Design
  11.5. Conclusion: The Future of Integrated Design

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