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System Engineering Design
Contents
Overview
1. Introduction to the Book
2. Engineering design and scientific research
2.1. Scientific research
2.2. Engineering design
2.3. Conclusion
3. Modeling and simulation basics
3.1. Modeling
3.2. Simulation
3.3. Conclusion
4. Engineering design fundamentals
4.1. Formal definition
4.2. Design Process
4.3. Conclusion
5. Decision making fundamentals
5.1. Formal definition
5.2. Decision making process
5.3. Conclusion
6. Systems thinking fundamentals
6.1. Formal Definition
6.2. System thinking process
6.3. Conclusion
7. Optimization fundamentals
7.1. Formal definition
7.2. Optimization process
7.3. Conclusion
8. Preference-based Engineering design methodology
8.1. Isomorphism
8.2. Generic problem conceptualization
8.3. Engineering design problem conceptualization
8.4. Preference-Based Engineering Design methodology
8.5. Bridge design problem
8.6. The urban planning multi-stakeholder problem
9. Preference-based Engineering design applications
9.1. The Tilburg area development case
9.2. The North Sea island case
9.3. The Stedelijk Museum Amsterdam case
9.4. Conclusion
10. Conclusion
11. Appendix
11.1. Urban planning multi-stakeholder problem
11.2. Tilburg area development case
11.3. North Sea Island problem
11.4. The Sedelijk Museum Amsterdam problem
11.5. Dutch rail level crossing
References
Credits
.md
.pdf
11. Appendix
11. Appendix
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This chapter contains the source code of the models.
