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plusminus20°/40°latitude. Sustainable building design in tropical and subtropical regions
Dirk. U. Hindrichs, Klaus Daniels (Hrsg.)
Verlag Edition Axel Menges, 2007
ISBN 9783930698837 , 460 Seiten
Format PDF, OL
Kopierschutz DRM
Geräte
Contents
4
Preamble
6
Preface
7
1. Point of departure
9
1.1 Energy consumption, energy resources
11
1.2 The issue of carbon dioxide
13
1.3 Use of renewable energy resources
16
2. Man and comfort
19
2.1 Thermal comfort
22
2.2 Hygienic comfort
28
2.3 Visual comfort
30
2.4 Change in conditions shown in psychrometric chart (h, x-, or Mollier diagram)
32
3. Natural energy sources
35
3.1 Outer air streams
37
3.2 Outside temperatures
48
3.3 Solar radiation intensity
50
3.4 Precipitation
52
3.5 The fundamentals of geothermal technology
56
3.6 Thermal and hydro-geological soil parameters and their determination
59
3.7 Underground thermal energy storage
69
3.8 Natural resources in various climates
78
3.9 Seawater desalination and the California Coastal Act
96
4. Traditional buildings in climatic regions
109
4.1 Urban development and traditional buildings
116
5. Natural ventilation
163
5.1 Natural ventilation of buildings
164
5.2 Window ventilation
177
5.3 Ventilation by thermal buoyancy (stack effect)
180
6. Quality improvement with plants
191
6.1 Outer planted areas
192
6.2 Interior planted areas
196
7. Urban space, building orientation and design
201
7.1 Urban density
202
7.2 Building orientation
210
7.3 Shading elements
212
7.4 Building height
213
7.5 Surface-to-volume ratio
215
8. Building structures
217
8.1 Principles of building structure and enclosure
218
8.2 Protection against driving rain and humidity
220
8.3 Insulation of outside walls and roofs
222
8.4 Surface coloration of exterior walls and roofs
225
8.5 Thermal storage in building mass
226
9. Windows and glass façades
237
9.1 Principles
238
9.2 Glass
241
9.3 Sun-shading systems
251
9.4 Day-lighting systems
281
9.5 Secondary glass façades
288
9.6 Climatic envelopes
318
10. Solar technology, solar systems, alternative systems
329
10.1 Solar energy
330
10.2 Photo-thermal plants
334
10.3 Photovoltaics
350
10.4 Updraft power plant
357
10.5 Solar cooling technologies
358
10.6 Use of solar energy
363
10.7 Consideration of cost-effectiveness of solar systems
366
10.8 Examples of use, energy supply
367
11. Examples of sustainable buildings
379
11.1 Buildings using solar radiation (PV systems)
380
11.2 Buildings using the energy of the soil (geothermal energy)
410
11.3 Buildings naturally ventilated by wind and thermal effects
432
Contributors
447
Illustration credits
452
Bibliography
453
Selective index
454
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