Energy-efficient buildings with earth-shelter protection. Proceedings
Lester L. Boyer, Walter T. Grondzik, Raymond Sterling, Sydney A. Baggs
Abstract
Lester L. Boyer, Walter T. Grondzik, Raymond Sterling, Sydney A. Baggs
Abstract
Climate and proximity to the equator as well as acceptance of the concept made Australia a logical place for an international conference on the energy-efficiency opportunities of earth-sheltered buildings. Papers presented at the conference are grouped under 10 general topics: earth environment, landscape/site, passive solar integration, hazard protection, design process, livability/acceptance, interior environment, energy conservation, performance simulation, and structural variations. Sixty-two papers were separately abstracted for the Department of Energy's Data Base.
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Climate and proximity to the equator as well as acceptance of the concept made Australia a logical place for an international conference on the energy-efficiency opportunities of earth-sheltered buildings. Papers presented at the conference are grouped under 10 general topics: earth environment, landscape/site, passive solar integration, hazard protection, design process, livability/acceptance, interior environment, energy conservation, performance simulation, and structural variations. Sixty-two papers were separately abstracted for the Department of Energy's Data Base.
Key concepts: Architectural engineering, Earth (classical element), Energy conservation, Process (computing), Environmental resource management, Civil engineering, Engineering, Geography