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Library | Item Barcode | Call Number | Material Type | Item Category 1 | Status |
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Searching... | 30000010343131 | TH880 B68 2015 | Open Access Book | Book | Searching... |
Searching... | 33000000016268 | TH880 B68 2015 | Open Access Book | Book | Searching... |
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Summary
Summary
Sustainability in Architecture and Urban Design will help you understand the nature of the sustainability problem and show you how to implement your design for a sustainable future. Organized in six parts, the problem, the environment, the residential scale, the commercial scale, the urban scale, and energy sources, the book presents essential information in context, so that you get the full picture. Hundreds of drawings, sketches, charts, and diagrams illustrate points author Carl Bovill makes in his clear and direct style, which communicates the basics in a concise way.
You'll learn:
-About environmental economics
-How sustainable architectural design relates to ecology
-How fractal geometry can lead to a new understanding of the structure of the world around us
-How to design energy efficient houses and commercial buildings
-How to design and live in our cities to lower energy use per person
-About LEED points at all scales
A glossary and reading lists encourage you to explore the topics further.
Author Notes
Carl Bovill is an associate professor in the School of Architecture, Planning, and Preservation at the University of Maryland where he teaches materials, environmental controls, and sustainability. His publications include Architectural Design, Integration of Structural and Environmental Control Systems (1991) and Fractal Geometry in Architecture and Design (1996).
Reviews 1
Choice Review
Bovill's succinct introduction defines the thesis of his book. Bovill (Univ. of Maryland) argues that "Nature provides the pattern for a resilient sustainability" and "Creating ... a response to sustainability issues requires a broad understanding of the problem and a broad understanding of multiple solution paths." Through six parts and 32 chapters, he covers a broad range of topics, from the problem at hand to alternative energy sources for a sustainable future. The first part does not merely explain how current problems developed but also delves into uncontrollable growth and dwindling life-support features, such as oxygen. Points are pressed home with black-and-white graphs and tables providing visual evidence throughout the book. Parts 3 and 4 are the meat of the book, in which Bovill critically examines key issues such as bioclimatic and solar design and natural lighting in residential and commercial buildings. Some chapters are a bit short and dry, as if they were culled from a class lecture, but the overall content is filled with vital information "to guide early schematic design in the right direction." Summing Up: Recommended. Graduate, research, and professional collections. --Lauren B. Allsopp, University of Oregon
Table of Contents
Preface |
Introduction |
Part 1 The Global Sustainability Problem |
1 Solar Energy Use through Time |
2 Uncontrolled Growth |
3 The Ecological Footprint |
4 Global Warming and Climate Change |
Part 2 Ecology and the Environment |
5 Ecosystem Example: The Chesapeake Bay |
6 Ecology and Architecture |
7 Environmental Economics |
8 Nature's Geometry |
Part 3 The Residential Scale |
9 Building Example: Watershed House |
10 LEED For Residential Building Points |
11 The Energy Design Process |
12 Bioclimatic Design |
13 Solar Control and Shading |
14 Passive Solar Heating |
15 Passive Cooling |
16 Embodied Energy and Thermal Mass |
17 High Insulation Levels |
18 Material Choices |
Part 4 The Commercial Scale |
19 Building Example: The Chesapeake Bay Foundation Building |
20 LEED For Commercial Buildings |
21 Daylighting |
22 Electric Lighting |
23 Heating and Cooling |
24 Indoor Air Quality |
25 Green Roofs |
26 Material Choices |
Part 5 The Urban Scale |
27 Urban Example: San Francisco |
28 LEED For Neighborhood Development |
29 Urbanism |
30 Transit Oriented Development |
Part 6 Energy Sources |
31 Conventional Fuels: Coal, Oil, and Natural Gas |
32 Alternative Energy Sources |
Appendix A Sun Path Diagrams |
Appendix B Energy Analysis Computer Programs |
Bibliography |
Index |