Manual of Tropical Housing and Building
Climate Design
O H Koenigsberger, T G Ingersoll, Alan Mayhew, S V Szolay
The Book
Designed as a textbook for students of architecture, housing, environmental design and climate control in tropical countries, this book deals with the theory of climatic design and shows how practical solutions are derived from theoretical understanding.
Table of Contents
List of figures
List of symbols
Preface and acknowledgements
Introduction
1. Climate: The given conditions
1.1. Global climate factors
1.2. Elements of climates
1.3. Classification of tropical climates
1.4. Site climate
2. Comfort: The desirable conditions
2.1. Thermal comfort factors
2.2. Thermal comfort indices
2.3. Effective temperature – its uses
3. Principles of thermal design
3.1. Thermal quantities
3.2. Heat exchange of buildings
3.3. Periodic heat flow
4. Means of thermal control
4.1. Mechanical controls
4.2. Structural controls
4.3. Ventilation and air environment
5. Light and lighting
5.1. Light: principles
5.2. Daylighting
5.3. Prediction techniques
6. Noise and noise control
6.1. Sound: principles
6.2. Noise control
6.3. Noise problem in the tropics
7. Application
7.1. Shelter for hot-dry climates
7.2. Shelter for warm-humid climates
7.3. Shelter for composite climates
7.4. Shelter for tropical upland climates
8. Design aids
8.1. Forward analysis stage
8.2. Plan development stage
8.3. Element design stage
8.4. Models and analogues
9. Bibliography
10. Appendices
IndexThe Book
Designed as a textbook for students of architecture, housing, environmental design and climate control in tropical countries, this book deals with the theory of climatic design and shows how practical solutions are derived from theoretical understanding.
Table of Contents
List of figures
List of symbols
Preface and acknowledgements
Introduction
1. Climate: The given conditions
1.1. Global climate factors
1.2. Elements of climates
1.3. Classification of tropical climates
1.4. Site climate
2. Comfort: The desirable conditions
2.1. Thermal comfort factors
2.2. Thermal comfort indices
2.3. Effective temperature – its uses
3. Principles of thermal design
3.1. Thermal quantities
3.2. Heat exchange of buildings
3.3. Periodic heat flow
4. Means of thermal control
4.1. Mechanical controls
4.2. Structural controls
4.3. Ventilation and air environment
5. Light and lighting
5.1. Light: principles
5.2. Daylighting
5.3. Prediction techniques
6. Noise and noise control
6.1. Sound: principles
6.2. Noise control
6.3. Noise problem in the tropics
7. Application
7.1. Shelter for hot-dry climates
7.2. Shelter for warm-humid climates
7.3. Shelter for composite climates
7.4. Shelter for tropical upland climates
8. Design aids
8.1. Forward analysis stage
8.2. Plan development stage
8.3. Element design stage
8.4. Models and analogues
9. Bibliography
10. Appendices
Index