Thermal evaluation of walls, roofs and sun-shades in the composite climatic zone : a case of New Delhi (Also available on CD)
Krishan, Akanksha
Thermal evaluation of walls, roofs and sun-shades in the composite climatic zone : a case of New Delhi (Also available on CD) - 2013 - xviii,116p.,CD-ROM
CONTENTS ABSTRACT III PREFACE V ACKNOWLEDGEMENTS VII CONTENTS IX LIST OF TABLES XIII LIST OF FIGURES XV CHAPTER 1. INTRODUCTION 1 1.1. AIM 4 1.2. OBJECTIVES 4 1.3. SCOPE 4 1.4. LIMITATIONS 5 1.5. METHODOLOGY FRAMEWORK 5 CHAPTER 2. BACKGROUND INFORMATION 7 2.1. THERMAL ANALYSIS 7 2.2. COMPONENT INTRODUCTION 8 2.2.1. Walls 11 2.2.2. Roofs 13 2.2.3. Sun shading 14 2.3. CLIMATIC ZONES 17 2.3.1. Composite: New Delhi 19 2.4. COMPONENT INVENTORY 20 2.4.1. Walls 23 2.4.2. Roofs 27 2.4.3. Sunshades 31 CHAPTER 3. METHOD 33 x Akanksha Krishan 3.1. SOFTWARE 33 3.1.1. Autodesk® Ecotect Analysis™ 2010 33 3.1.2. ecoMat 34 3.1.3. EnergyPlus v7.2.0 34 3.2. SIMULATION 35 3.2.1. Base Model Selection 35 3.2.2. Simulation Procedure 38 CHAPTER 4. ANALYSIS 43 4.1. WALLS 44 4.1.1. DW0 - Fired clay brick 44 4.1.2. DW1-Fired clay brick with expanded polyethylene 45 4.1.3. DW2-Fired clay brick with vermiculite plaster 46 4.1.4. DW3-Fired clay brick with panelled grit plaster 47 4.1.5. DW4-Hollow concrete blocks with cement plaster 48 4.1.6. DW5-Hollow concrete blocks with mineral wool insulation 49 4.1.7. DW6-Brick cavity wall with ventilated cavity 50 4.1.8. DW7-Stone masonry with cement plaster 51 4.1.9. DW8-Sandstone cladding on brick wall 52 4.1.10. DW9-Sandstone cladding on brick wall with air gap 53 4.1.11. Identification of the three distinct cases- Best, Average and Worst 54 4.2. ROOFS 57 4.2.1. DR0 - RCC slab with brick bat coba and china mosaic above 57 4.2.2. DR1 - RCC slab with polyurethane foam insulation 58 4.2.3. DR2 - RCC slab with extruded polystyrene insulation 59 4.2.4. DR3 - RCC slab with vermiculate concrete layer 60 4.2.5. DR4 - RCC slab with polyurethane foam insulation 61 4.2.6. DR5 - RCC slab with brick bat coba 62 4.2.7. DR6 - RCC slab with brick bat coba and cement screed above 63 4.2.8. DR7 - RCC slab with expanded polysytrene and stone flooring layers above 64 4.2.9. DR8 - RCC slab with underdeck foam insulation 65 Akanksha Krishan xi 4.2.10. DR9 - RCC slab with stone flooring above 66 4.2.11. DR10 - RCC slab with soil above 67 4.2.12. Identification of the three distinct cases- Best, Average and Worst 68 4.3. SUN SHADING 71 4.3.1. DS0-Base Case 600mm Horizontal Overhang 71 4.3.2. DS1-Overhang depth from Bye-Laws 72 4.3.3. DS2-Horizontal Overhang 73 4.3.4. DS3-Horizontal Overhang 74 4.3.5. DS4-Horizontal Overhang 75 4.3.6. DS5-Horizontal Overhang 76 4.3.7. DS6-Vertical Fins 77 4.3.8. DS7-Vertical Fins 78 4.3.9. Identification of the three distinct cases- Best, Average and Worst 79 CHAPTER 5. CONCLUSION 83 5.1. WALLS 83 5.2. ROOFS 84 5.3. SUN SHADES 86 5.4. SIMULATION RESULTS – COMBINATION 87 REFERENCES 91 APPENDIX 1 - LIST OF RESOURCE PERSONS 95 APPENDIX 2 - COMPLETE INVENTORY 99 APPENDIX 3 - MATERIAL PROPERTIES 107 APPENDIX 4 GLOSSARY 111
SA TH-0002 / KRI
Thermal evaluation of walls, roofs and sun-shades in the composite climatic zone : a case of New Delhi (Also available on CD) - 2013 - xviii,116p.,CD-ROM
CONTENTS ABSTRACT III PREFACE V ACKNOWLEDGEMENTS VII CONTENTS IX LIST OF TABLES XIII LIST OF FIGURES XV CHAPTER 1. INTRODUCTION 1 1.1. AIM 4 1.2. OBJECTIVES 4 1.3. SCOPE 4 1.4. LIMITATIONS 5 1.5. METHODOLOGY FRAMEWORK 5 CHAPTER 2. BACKGROUND INFORMATION 7 2.1. THERMAL ANALYSIS 7 2.2. COMPONENT INTRODUCTION 8 2.2.1. Walls 11 2.2.2. Roofs 13 2.2.3. Sun shading 14 2.3. CLIMATIC ZONES 17 2.3.1. Composite: New Delhi 19 2.4. COMPONENT INVENTORY 20 2.4.1. Walls 23 2.4.2. Roofs 27 2.4.3. Sunshades 31 CHAPTER 3. METHOD 33 x Akanksha Krishan 3.1. SOFTWARE 33 3.1.1. Autodesk® Ecotect Analysis™ 2010 33 3.1.2. ecoMat 34 3.1.3. EnergyPlus v7.2.0 34 3.2. SIMULATION 35 3.2.1. Base Model Selection 35 3.2.2. Simulation Procedure 38 CHAPTER 4. ANALYSIS 43 4.1. WALLS 44 4.1.1. DW0 - Fired clay brick 44 4.1.2. DW1-Fired clay brick with expanded polyethylene 45 4.1.3. DW2-Fired clay brick with vermiculite plaster 46 4.1.4. DW3-Fired clay brick with panelled grit plaster 47 4.1.5. DW4-Hollow concrete blocks with cement plaster 48 4.1.6. DW5-Hollow concrete blocks with mineral wool insulation 49 4.1.7. DW6-Brick cavity wall with ventilated cavity 50 4.1.8. DW7-Stone masonry with cement plaster 51 4.1.9. DW8-Sandstone cladding on brick wall 52 4.1.10. DW9-Sandstone cladding on brick wall with air gap 53 4.1.11. Identification of the three distinct cases- Best, Average and Worst 54 4.2. ROOFS 57 4.2.1. DR0 - RCC slab with brick bat coba and china mosaic above 57 4.2.2. DR1 - RCC slab with polyurethane foam insulation 58 4.2.3. DR2 - RCC slab with extruded polystyrene insulation 59 4.2.4. DR3 - RCC slab with vermiculate concrete layer 60 4.2.5. DR4 - RCC slab with polyurethane foam insulation 61 4.2.6. DR5 - RCC slab with brick bat coba 62 4.2.7. DR6 - RCC slab with brick bat coba and cement screed above 63 4.2.8. DR7 - RCC slab with expanded polysytrene and stone flooring layers above 64 4.2.9. DR8 - RCC slab with underdeck foam insulation 65 Akanksha Krishan xi 4.2.10. DR9 - RCC slab with stone flooring above 66 4.2.11. DR10 - RCC slab with soil above 67 4.2.12. Identification of the three distinct cases- Best, Average and Worst 68 4.3. SUN SHADING 71 4.3.1. DS0-Base Case 600mm Horizontal Overhang 71 4.3.2. DS1-Overhang depth from Bye-Laws 72 4.3.3. DS2-Horizontal Overhang 73 4.3.4. DS3-Horizontal Overhang 74 4.3.5. DS4-Horizontal Overhang 75 4.3.6. DS5-Horizontal Overhang 76 4.3.7. DS6-Vertical Fins 77 4.3.8. DS7-Vertical Fins 78 4.3.9. Identification of the three distinct cases- Best, Average and Worst 79 CHAPTER 5. CONCLUSION 83 5.1. WALLS 83 5.2. ROOFS 84 5.3. SUN SHADES 86 5.4. SIMULATION RESULTS – COMBINATION 87 REFERENCES 91 APPENDIX 1 - LIST OF RESOURCE PERSONS 95 APPENDIX 2 - COMPLETE INVENTORY 99 APPENDIX 3 - MATERIAL PROPERTIES 107 APPENDIX 4 GLOSSARY 111
SA TH-0002 / KRI