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Heating and cooling load calculations /
Heating and Cooling Load Calculations is a handbook that covers various concerns in calculating heating and cooling. The title provides a logical study of the physical and engineering factors that affect the heating and cooling load.
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Oxford ; New York :
Pergamon Press,
[1969]
|
| Edición: | First edition]. |
| Colección: | International series of monographs in heating, ventilation, and refrigeration ;
volume 5. |
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; Heating and Cooling Load Calculations; Copyright Page; Table of Contents; EDITORS' PREFACE; PREFACE; LIST OF SYMBOLS; CHAPTER 1. HEAT TRANSFER; 1.1. BASIC THEORY; 1.2. APPLICATION TO BUILDING HEAT TRANSFER; 1.3. FACTORS INFLUENCING CONDUCTIVITY; 1.4. VALUES OF THERMAL CONDUCTIVITY; 1.5. SURFACE CONDUCTANCE AND RESISTANCE; 1.6. TEMPERATURE GRADIENT AND ISOTHERMALS; 1.7. AIR SPACES; 1.8. ADDING CONDUCTIVITIES AND RESISTIVITIES; 1.9. THE ELECTRICAL ANALOGY TO HEAT TRANSFER; 1.10. PARALLEL HEAT PATHS; 1.11. CALCULATION OF INTERMEDIATE TEMPERATURES; 1.12. SURFACE TEMPERATURES.
- 1.13. surface and interstitial condensationreferences; chapter 2.heating loads; 2.1. heat transmittance coefficients; 2.2. walls; 2.3. roofs; 2.4. floors; 2.5. air volume and infiltration; 2.6. mechanical ventilation; 2.7. latent heat load; 2.8. design examples; references; chapter 3.design temperature conditions; 3.1. temperature difference; 3.2. climatology; 3.3. topography; 3.4. microclimates; 3.5. outside air temperatures; 3.6. selection of design outside temperature for heating; 3.7. selection of design inside temperature for heating; 3.8. statutory inside temperature standards.
- 3.9. level of temperature measurement3.10. internal temperature gradient; 3.11. allowance for height; 3.12. heat-loss calculation sheets; 3.13. design examples; references; chapter 4.reduction of heating load; 4.1. thermal insulation; 4.2. statutory standards for insulation; 4.3. selection of insulating materials; 4.4. the position of insulation within the structure; 4.5. application of insulation; 4.6. heat gains; 4.7. diversity of load; 4.8. design examples; references; chapter 5.cooling design conditions; 5.1. selection of design outside conditions for cooling.
- 5.2. selection of design outside conditions for dehumidification5.3. selection of design inside conditions for cooling; 5.4. cooling calculation sheets; 5.5. design examples; references; chapter 6.solar radiation; 6.1. extraterrestrial solar energy intensity and distribution; 6.2. surface solar energy intensity and distribution; 6.3. direct, diffuse and ground radiation; 6.4. standard solar radiation tables; 6.5. variation in solar intensity with solar altitude angle and station height; 6.6. haze factors; 6.7. definitions of solar and surface angles.
- 6.8. derivations of solar and surface angles6.9. calculation of surface intensity; 6.10. sun charts; 6.11. effect of structural material on the reception of solar radiation; 6.12. solar heat gain through glass; 6.13. glass area in sun; 6.14. solar heat gain through structures; 6.15. sol-air temperature; 6.16. equivalent temperature difference; 6.17. design examples; references; chapter 7. components of the cooling load; 7.1. temperature difference; 7.2. lighting; 7.3. occupancy; 7.4. machinery and equipment; 7.5. process and produce; 7.6. outside air; 7.7. design example; references.