Fundamentals of Sustainable Dwellings
Despite a prolonged slump in the housing market, the demand for residential green building remains strong. More than ever, professionals need reliable information about how to construct or retrofit livable, sustainable, and economical homes. With Fundamentals of Sustainable Dwellings, Avi Friedman provides that resource. While other books on residential green building are often either superficial or overly technical, Friedman gets it just right, delivering an illustrated, accessible guide for architects, developers, home builders, codes officials, and students of architecture and green design.
Friedman charts a new course for residential building—one in which social, cultural, economic, and environmental values are part of every design decision. The book begins with a concise overview of green building principles, covering topics such as sustainable resources and common certification methods. Each following chapter examines a critical aspect of green home construction, from siting to waste management options. Friedman provides basics about energy-efficient windows and heating and cooling systems. And he offers innovative solutions like edible landscaping and green roofs.
Friedman knows that in green building, ideas are only as good as their execution. So in each chapter valuable data is assembled and a contemporary project in which designers strove to achieve sustainability while adhering to real-world constraints is featured. The result is a practical guide for every professional in the burgeoning field of residential green building.
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aluminum amount building envelope building materials building’s Canada carpets CHAPTER climate comfort components composting concrete construction consume contamination conventional cost create daylight drainage dwelling edible landscapes effective efficient embodied energy emissions emit energy consumption energy-efficient environment environmental floor area frame gallons garden glazing Green Building green roofs heat loss heating and cooling heating system households HVAC illustrated in figure increase indoor air quality installed insulation interior irrigation landfills maintenance manufacturing mineral wool minimize natural needs occupants outdoor panels passive solar passive solar gain percent permission plants R-value radiant rainwater recycled reduce require residential reused sealants shown in figure soil solar gain sources space sq ft strategies Strongman 2008 structure surface sustainable temperature thermal bridging thermal comfort thermal mass tion toilets trees types units urban heat island vegetation ventilation wall waste Winchip wind winter wood xeriscaping zones