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Passive Solar Architecture Pocket Reference [Kõva köide]

  • Formaat: Hardback, 94 pages, kõrgus x laius: 198x129 mm, kaal: 330 g
  • Sari: Energy Pocket Reference
  • Ilmumisaeg: 08-Jan-2018
  • Kirjastus: Routledge
  • ISBN-10: 1138468762
  • ISBN-13: 9781138468764
  • Formaat: Hardback, 94 pages, kõrgus x laius: 198x129 mm, kaal: 330 g
  • Sari: Energy Pocket Reference
  • Ilmumisaeg: 08-Jan-2018
  • Kirjastus: Routledge
  • ISBN-10: 1138468762
  • ISBN-13: 9781138468764
Our pocket reference books provide a wealth of practical information at your fingertips, whenever you need it. Rich in background detail, at-a-glance tables and diagrams, equations, and more, the Passive Solar Architecture Pocket Reference is a handy resource for architects, engineers and students.

Coverage includes:

definitions load determinants and Responses (including world wide biomes and climates, building metabolism and response, thermal sources and sinks, passive building responses to sources and sinks, tuning the building to the environment, optimizing insulation and thermal mass for comfort) contextual aspects (including microclimate and siting, temperatures, humidity, wind, radiation and comfort parameters passive components (including building envelope, passive solar terminology, orientation, apertures and glazing, thermal storage, thermal control and materials design tools (including sun path diagrams, sun peg diagrams, air flow relationships, thermal modelling and life cycle design specific functions (including passive heating, passive cooling and ventilation, natural lighting, passive water heating, resource collection and integrated design).

Arvustused

'It is pleasing to see so much useful data summarized in a small, convenient and affordable book.' -Architectural Science Review

'Contains copious amounts of easily understandable information.' -Building Engineer

'This little book contains all the text, tables and diagrams youll need to look extremely well informed in any meeting alluding to Part L, energy systems or renewable energy. It explains how we can and should make use of solar energy and apply it to the built environment.' - Celia Burt, Building Engineer

Definitions
Solar architecture: An evolving art-technology
2(2)
Passive solar architecture: An Integrated approach
4(2)
Section 1 Load Determinants & Responses
Worldwide biomes & climates
6(1)
Thermal sources & thermal sinks
7(1)
Passive responses to sources & sinks
8(2)
Classic passive systems
10(1)
Heating & cooling potential
11(1)
Optimizing thermal mass & insulation
12(2)
Building metabolism & response
14(2)
Common terms, units & conversion (actors
16(1)
Section 2 Contextual Aspects
Introduction to contextual aspects
17(1)
Micro-climate
18(1)
Site selection
19(1)
Comfort parameters & passive strategies
20(1)
Radiation effects on a building
21(1)
Radiation effects in a building
22(1)
Radiative properties of building materials
23(1)
Control of radiation
24(1)
Programming
25(1)
Planning for passive solar architecture
26(2)
Cultural content
28(1)
Section 3 Passive Components
Introduction to passive components
29(3)
Building envelope
32(2)
Thermal mass
34(1)
Apertures
35(1)
Glazing
36(1)
Section 4 Design Tools
Introduction to design tools
37(9)
Sun-earth relationship (sun-path diagrams)
46(4)
Sun-building relationship (sun-peg diagrams)
50(2)
Air-flow relationships
52(2)
Simulation modeling
54(1)
Economics: Life cycle cost
55(1)
Economics: Life cycle design
56(1)
Section 5 Specific Functions
Introduction to specific (unctions
57(2)
Passive heating
59(3)
Passive cooling & ventilation
62(1)
Natural lighting
63(1)
Sources of daylight
64(1)
Nature of daylighting
65(1)
Planning for daylighting
66(1)
Side-lighting
67(1)
Top-lighting
68(2)
Water heating
70(1)
Resource production & issues besides energy
71(1)
Rainwater harvesting
72(1)
Waste systems
73(1)
Graywater systems
74(2)
Green roofs
76(1)
Wildlife protection
77(1)
Integrated design
78(1)
Aesthetics
79(1)
Summary
80(10)
References Cited references & resources by topic 90
David A. Bainbridge is Associate Professor of Sustainable Management at the Marshall Goldsmith School of Management, www.sustainabilityleader.org. He is coauthor of the best selling book The Straw Bale House, Village Homes' Solar House Designs, The Water Wall Design Manual, The Integral Passive Solar Water Heater Book and the First and Second Passive Solar Catalogs and contributed to the California Passive Solar Handbook.





Ken Haggard is principle and architect, San Luis Sustainability Group. www.slosustainability.com. He is coauthor of Straw Bale Construction Sourcebook, Fractal Architecture- Design for Sustainability, A Brief Architectural History of San Luis Obispo County, and the California Passive Solar Handbook.





Rachel Aljilani is a LEED AP and associate with San Luis Sustainability Group. She coauthored A Student Guide to Sustainable Living and the San Luis Obispo Guide to the Use of Graywater.