声明
摘要
Abstract
Contents
1 Introduction
1．1 Site Selection Process
1．2 Site Selection Characteristics
1．3 Site Selection Tools
1．3．1 Expert Systems
1．3．2 Geographic Information Systems
1．3．3 Multi-Criteria Decision Making Techniques
1．4 Research Objectives
1．5 Thesis Outline and Technical Roadmap
1．5．1 Outfine of the Thesis
1．5．2 Technical Roadmap of the Research
2 Literature Review
2．1 Related Definitions of Prefabrication
2．1．1 Prefabrication
2．1．2 Pre-assembly
2．1．3 Modular Construction
2．1．4 Manufactured Homes
2．1．5 Onsite Construction
2．1．6 Offsite Construetion
2．1．7 Modularization
2．1．8 Industrialization
2．1．9 Lean Construction
2．1．10 Modular
2．2 Benefits and Challenges of Prefabricated Construction
2．3 Prefabrication Plant Site Selection Problem
2．4 Prefabrication Plant Site Selection Criteria
2．5 Analysis of the Selected Criteria for Prefabrication Plant
3 Research Methodology
3．1 Decision-Making Process
3．2．1 Multi-Attribute utmty Theory
3．2．2 Analytic Hierarchy Process
3．2．3 Fuzzy Set Theory
3．2．4 Elimination and Choice Expressing Reality
3．2．5 Preference Ranking Organization Method for Enidchment Evaluations
3．3 Description of the TODIM method
3．3．1 Basics
3．3．2 Principles and Algorithms of TODIM
3．4 Description of Fuzzy TODIM method
3．4．1 Fuzzy Set Theory
3．4．2 Principles of Fuzzy TODIM
4 Scenario Based TODIMA pplication
4．1 Case Study
4．2 Definition of the Criteria
4．3 Description of the Alternatives
4．4 Implementation of TODIM
4．4．1 MATLAB Graphical User Interface (GUI) Layout
4．4．2 MATLAB Codes for TODIM Calculation
4．4．3 Results of TODIM
4．5 Implementation of Fuzzy TODIM
4．5．1 Results of Fuzzy TODIM
4．5．2 MATLAB Codes for Fuzzy TODIM Calculations
4．6 Sensitivity Analysis
4．6．1 Sensitivity Analysis for TODIM
4．6．2 Sensitivity Analysis for Fuzzy TODIM
4．7 Results Comparison of TODIM and Fuzzy TODIM
5 Conclusion
References
攻读硕士学位期间发表学术论文情况
Acknowledgements
大连理工大学;
