Optimal Design of Complex Mechanical Systems with Applications to Vehicle Engineering 1st Edition by Giampiero Mastinu, Massimiliano Gobbi, Carlo Miano ISBN 364207071X 9783642070716

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Product details:
ISBN 10: 364207071X
ISBN 13: 9783642070716
Author: Giampiero Mastinu, Massimiliano Gobbi, Carlo Miano

Optimal Design of Complex Mechanical Systems with Applications to Vehicle Engineering 1st Edition Table of contents:

Section 1: Introduction to Optimal Design of Mechanical Systems

1. Overview of Optimal Design in Mechanical Systems
2. The Role of Optimization in Engineering Design
3. Key Principles of System Design and Performance
4. Computational Methods for Complex Systems Optimization

Section 2: Fundamentals of Mechanical Systems Design
5. Basic Principles of Mechanical System Design
6. Design Variables and Constraints in Mechanical Systems
7. Material Selection and Structural Design Considerations
8. Design for Performance, Durability, and Safety

Section 3: Optimization Techniques for Mechanical Systems
9. Mathematical Foundations of Optimization
10. Linear and Non-Linear Optimization Methods
11. Multi-Objective Optimization in Mechanical Design
12. Constraint Handling and Sensitivity Analysis

Section 4: Vehicle Engineering Design and Optimization
13. Vehicle Design Overview: Requirements and Objectives
14. Aerodynamics and Vehicle Performance Optimization
15. Structural Design and Crashworthiness Optimization
16. Powertrain and Drivetrain Systems Design and Optimization
17. Suspension and Steering Systems Optimization
18. Lightweighting and Materials Selection for Vehicles

Section 5: Application of Optimization in Automotive Engineering
19. Vehicle Powertrain Efficiency and Emissions Optimization
20. Design of Electric and Hybrid Vehicle Systems
21. Vehicle Handling and Ride Comfort Optimization
22. Tire and Wheel Design Optimization for Vehicle Dynamics
23. Thermal Management Systems in Automotive Design

Section 6: Simulation and Modeling for System Design
24. Modeling Complex Mechanical Systems for Optimization
25. Finite Element Analysis (FEA) in Mechanical Design
26. Computational Fluid Dynamics (CFD) for Vehicle Engineering
27. Multibody Dynamics and Vehicle Simulation Tools

Section 7: Optimal Control and System Integration
28. Optimal Control in Mechanical Systems Design
29. Control Systems for Vehicle Engineering
30. Integration of Subsystems in Complex Mechanical Systems
31. System-Level Optimization and Performance Tuning

Section 8: Practical Considerations in System Design
32. Design for Manufacturability and Assembly
33. Cost-Effective Design Strategies
34. Sustainability and Environmental Considerations in Vehicle Design
35. Testing, Prototyping, and Validation of Optimal Designs

Section 9: Advanced Topics in Optimization
36. Genetic Algorithms and Evolutionary Optimization Techniques
37. Artificial Intelligence and Machine Learning in System Design
38. Multi-disciplinary Design Optimization (MDO)
39. Optimization in Autonomous and Connected Vehicle Design

Section 10: Case Studies and Real-World Applications
40. Case Study: Optimizing a Vehicle Suspension System
41. Case Study: Powertrain Efficiency Optimization for Hybrid Vehicles
42. Case Study: Lightweight Design for Automotive Structures
43. Application of Optimization Techniques in Vehicle Crash Safety

Section 11: Future Trends in Mechanical System Optimization
44. Trends in Vehicle Engineering and Advanced Materials
45. The Role of Digital Twins in Mechanical System Design
46. Emerging Technologies in Vehicle Optimization
47. The Future of Autonomous Vehicles and System Design

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