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Part of the PocketArchitecture Series, this is the ideal pocketbook for any designer serious about reducing the energy impact of their buildings.
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- mit Kopierschutz
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- Größe: 20.19MB
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Part of the PocketArchitecture Series, this is the ideal pocketbook for any designer serious about reducing the energy impact of their buildings.
Dieser Download kann aus rechtlichen Gründen nur mit Rechnungsadresse in A, B, BG, CY, CZ, D, DK, EW, E, FIN, F, GR, HR, H, IRL, I, LT, L, LR, M, NL, PL, P, R, S, SLO, SK ausgeliefert werden.
Produktdetails
- Produktdetails
- Verlag: Taylor & Francis
- Seitenzahl: 158
- Erscheinungstermin: 17. Oktober 2014
- Englisch
- ISBN-13: 9781317673361
- Artikelnr.: 41784759
- Verlag: Taylor & Francis
- Seitenzahl: 158
- Erscheinungstermin: 17. Oktober 2014
- Englisch
- ISBN-13: 9781317673361
- Artikelnr.: 41784759
- Herstellerkennzeichnung Die Herstellerinformationen sind derzeit nicht verfügbar.
Christopher Meek is Research Associate Professor of Architecture at the University of Washington and a registered architect. He is co-Director of the Integrated Design Lab (IDL) in Seattle where he consults with design teams in the Pacific Northwest and nationally with a focus on building energy performance, daylighting, visual comfort, electric lighting, and climate responsive design.
Kevin Van Den Wymelenberg is an Associate Professor at the University of Idaho, and Director of the Integrated Design Lab in Boise. He has consulted on several hundred building projects with architects and engineers regarding daylight, integrated design, and low-energy strategies since 2000. He has a PhD in the Built Environment from the University of Washington.
Kevin Van Den Wymelenberg is an Associate Professor at the University of Idaho, and Director of the Integrated Design Lab in Boise. He has consulted on several hundred building projects with architects and engineers regarding daylight, integrated design, and low-energy strategies since 2000. He has a PhD in the Built Environment from the University of Washington.
Acknowledgements Introduction Part 1: Fundamentals 1.1. Why Use Daylight as the Primary Light Source? 1.2. What Design Steps Will Help Ensure an Integrated Holistic Lighting Design? 1.3. What are the Critical Schematic Design Factors Affecting Daylight Provision and Electric Lighting Integration? Part 2: Applications 2.1. Using this Book 2.2. Floor Plate Geometry 2.3. Window Area
Sidelit Office 2.4. Section Depth
Sidelit Office 2.5. Work Station Partitions
Sidelit Office 2.6. Glass Area Ratios
Fenestration Patterns From Two or More Sides 2.7. Blinds and Shades
Blind Types 2.8. Toplighting
Gymnasium Toplighting Design 2.9. Toplighting
Classroom Toplighting Design 2.10. Atrium and Adjacent Floorplate
Atrium Fenestration 2.11. Daylight From Top and Side
Small Building 2.12. Daylight From Top and Side
Office Building 2.13. Daylight From Top and Side
Classroom 2.14. Fixed Building Shading
Fixed Classroom Shading
South Façade References
Sidelit Office 2.4. Section Depth
Sidelit Office 2.5. Work Station Partitions
Sidelit Office 2.6. Glass Area Ratios
Fenestration Patterns From Two or More Sides 2.7. Blinds and Shades
Blind Types 2.8. Toplighting
Gymnasium Toplighting Design 2.9. Toplighting
Classroom Toplighting Design 2.10. Atrium and Adjacent Floorplate
Atrium Fenestration 2.11. Daylight From Top and Side
Small Building 2.12. Daylight From Top and Side
Office Building 2.13. Daylight From Top and Side
Classroom 2.14. Fixed Building Shading
Fixed Classroom Shading
South Façade References
Acknowledgements Introduction Part 1: Fundamentals 1.1. Why Use Daylight as the Primary Light Source? 1.2. What Design Steps Will Help Ensure an Integrated Holistic Lighting Design? 1.3. What are the Critical Schematic Design Factors Affecting Daylight Provision and Electric Lighting Integration? Part 2: Applications 2.1. Using this Book 2.2. Floor Plate Geometry 2.3. Window Area
Sidelit Office 2.4. Section Depth
Sidelit Office 2.5. Work Station Partitions
Sidelit Office 2.6. Glass Area Ratios
Fenestration Patterns From Two or More Sides 2.7. Blinds and Shades
Blind Types 2.8. Toplighting
Gymnasium Toplighting Design 2.9. Toplighting
Classroom Toplighting Design 2.10. Atrium and Adjacent Floorplate
Atrium Fenestration 2.11. Daylight From Top and Side
Small Building 2.12. Daylight From Top and Side
Office Building 2.13. Daylight From Top and Side
Classroom 2.14. Fixed Building Shading
Fixed Classroom Shading
South Façade References
Sidelit Office 2.4. Section Depth
Sidelit Office 2.5. Work Station Partitions
Sidelit Office 2.6. Glass Area Ratios
Fenestration Patterns From Two or More Sides 2.7. Blinds and Shades
Blind Types 2.8. Toplighting
Gymnasium Toplighting Design 2.9. Toplighting
Classroom Toplighting Design 2.10. Atrium and Adjacent Floorplate
Atrium Fenestration 2.11. Daylight From Top and Side
Small Building 2.12. Daylight From Top and Side
Office Building 2.13. Daylight From Top and Side
Classroom 2.14. Fixed Building Shading
Fixed Classroom Shading
South Façade References