声明
CHAPTER 1:Introduction and Study Background
1.1 Problem Identification
1.2 Purpose of Research
1.3 Research Justification
1.4 Aim and Objectives
1.5 Scope of Research
1.6 Research Approach and Methodology Outline
1.7 Thesis Structure
CHAPTER 2:Building Performance and Design Process
2.1 Building Performance
2.2 Design Process Theory
CHAPTER 3:Low Energy Strategies for Buildings
3.1 Bioclimatic Architecture
3.2 Bioclimatic Design Strategies for Nigeria
3.3 Design Innovations
3.4 Design Variables for Research Analyses
3.5 Summary
CHAPTER 4:Incorporating Low Energy Strategies to the Design Process
4.1 Introduction
4.2 Case Study:The Thermal Test Facility Building (TTFB)
4.3 Observations and Comments
CHAPTER 5:Research Methodology
5.1 Research Strategy
5.2 Research Design
CHAPTER 6:Analyses of Fieldwork and Computer Simulation
6.1 Fieldwork Analyses
6.2 Analyses and Discussion of Statistical Performance
6.4 Fieldwork Limitations
6.5 Synopsis and General Discoveries on Fieldwork Statistical Analyses
6.6 Performance Evaluation of Case Study Office Buildings via
6.7 Performance Assessment of Architectural Design Variables
6.8 Improved Performance of Case Study Office Buildings
6.9 Discussion on Influence of Design Variables on Energy Performance
6.10 Simulation Limitations
6.11 General Discussion and Observation
6.12 Summary
CHAPTER 7:Conclusions and Recommendations
7.1 Discussions of outcomes and Conclusions
7.2 Recommendation
7.3 Contributions and importance of study
7.4 Research Limitation and Considerations
参考文献
APPENDIX A:Thermal performances of orientation with glazed facade
APPENDIX B:Building Forms Analysed
APPENDIX C:Inputted data for wall construction types simulation and monthly performance of each configuration
APPENDIX D:Inputted data for ground floor construction types simulation and monthly performance of each configuration
APPENDIX E:Inputted data for roof construction types simulation and monthly performance of each configuration
APPENDIX F:Inputted data for glazing types simulation and monthly performance of each configuration
APPENDIX G:Inputted data for controlled window opening simulation
APPENDIX H:Sample of Survey Form
致谢
天津大学;
