Understanding cooling load in an institutional building the case of multimedia lecture theatres in the University of Allahabad (Also available on CD)
Verma, Kanika
Understanding cooling load in an institutional building the case of multimedia lecture theatres in the University of Allahabad (Also available on CD) - 2015 - iv,72p.,CD-ROM
CONTENTS List of figures 3 List of graphs 4 List of tables 4 Abbreviation 5 Abstract 7 Keywords 8 Chapter 1 introduction 9 Context 10 Research question 13 Aim 13 Need of study 13 Objectives 14 Methodology 14 Scope of the study 16 Limitations of the study 16 Chapter 2 background study 17 2 1 multimedia lecture theatre around the world 18 22 cooling loads of a buildings 21 23 the importance of building envelope design 23 24 software selection for energy simulations 25 25 climate data 28 Chapter 3 building typology 33 31 multimedia lecture theatre at university of allahabad 34 32 list of details of equipments specifications and their power Consumption 37 Chapter 4 simulation parameters and settings 41 41 variables 42 42 constants 47 43 models and iterations 51 Chapter 5 simulation results and analysis 53 51 observations 54 Conclusion 65 Glossary 66 References 69 Appendix 71
SA TH-0049 / VER
Understanding cooling load in an institutional building the case of multimedia lecture theatres in the University of Allahabad (Also available on CD) - 2015 - iv,72p.,CD-ROM
CONTENTS List of figures 3 List of graphs 4 List of tables 4 Abbreviation 5 Abstract 7 Keywords 8 Chapter 1 introduction 9 Context 10 Research question 13 Aim 13 Need of study 13 Objectives 14 Methodology 14 Scope of the study 16 Limitations of the study 16 Chapter 2 background study 17 2 1 multimedia lecture theatre around the world 18 22 cooling loads of a buildings 21 23 the importance of building envelope design 23 24 software selection for energy simulations 25 25 climate data 28 Chapter 3 building typology 33 31 multimedia lecture theatre at university of allahabad 34 32 list of details of equipments specifications and their power Consumption 37 Chapter 4 simulation parameters and settings 41 41 variables 42 42 constants 47 43 models and iterations 51 Chapter 5 simulation results and analysis 53 51 observations 54 Conclusion 65 Glossary 66 References 69 Appendix 71
SA TH-0049 / VER