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Mooij, D. – 1974
This publication provides data on the angles governing the design of sunshading devices for educational buildings in the countries of the Asian region and gives examples of the ways in which these data can be used. Different methods of excluding direct sunlight from teaching spaces are illustrated in a series of diagrams that show exclusion by…
Descriptors: Building Design, Climate, Climate Control, Light
Harkness, Sarah P. – AIA Journal, 1981
The sun makes its own terms, and they must be acknowledged. The response to these terms is apparent in sections of solar buildings used for high-density development or homes. (Author/MLF)
Descriptors: Architectural Programing, Architectural Research, Building Design, Heat Recovery
Nation's Schools and Colleges, 1974
Notes on new building designs that conserve energy by taking advantage of natural resources. (JF)
Descriptors: Building Design, Colleges, Elementary Schools, Energy Conservation

Kula, Robert – Planning for Higher Education, 1975
An eight-year-old rapidly growing community college serving the Denver metropolitan area will soon have the nation's largest solar-energy heated installation. (Author/MLF)
Descriptors: Building Design, Community Colleges, Cost Effectiveness, Energy Conservation
Environmental Systems Corp., Atlanta, GA. – 1967
Occupant comfort in glass facade buildings is the problem for which a solution is suggested. Optimum comfort is obtained by intercepting radiant heat before it enters the room. Through a combination of luminaires, induction boxes, and louvers, a "Lite-Therm System" is presented which integrates lighting, heating, and cooling systems into the…
Descriptors: Air Conditioning, Building Design, Building Systems, Heating
Downey, Gregg W. – American School Board Journal, 1977
Dozens of schools throughout North America already are putting solar equipment to limited uses, scores are conducting or contemplating solar feasibility studies, and at least one school now in operation is applying solar power to every phase of its energy program. (Author)
Descriptors: Building Design, Elementary Secondary Education, Energy Conservation, Program Descriptions
Murphy, Jim – Progressive Architecture, 1976
Energy conservation high on the client's priority list led to a solar collector roof for the new science building at the Madeira School, located in the Virginia suburbs of Washington, D.C. (Author/MLF)
Descriptors: Architectural Character, Building Design, Energy Conservation, Private Schools
Longmore, J.; Ne'eman, E. – Journal of Architectural Research, 1974
Discusses records made of the London Weather Centre indicative of concentrated sunshine symmetrically about noon, which provides a probability of sunshine occurring on vertical surfaces to be greatest for south facing walls. Concludes that design recommendations should be based on available, rather than on theoretically possible, sunshine duration…
Descriptors: Architectural Research, Building Design, Environmental Influences, Human Factors Engineering
Loudon, A. G. – 1968
Many modern buildings become uncomfortably warm during sunny spells in the summer, and until recently there was no simple, reliable method of assessing at the design stage whether a building would become overheated. This paper describes a method of calculating summertime temperatures which was developed at the Building Research Station, and gives…
Descriptors: Building Design, Climate, Construction Materials, Data

More, Donald H. – CEFP Journal, 1976
A solar heating system combined with increased thermal insulation at Parker Junior High School has resulted in a savings of about 75 percent in energy use. (Author/MLF)
Descriptors: Building Design, Building Innovation, Cost Effectiveness, Energy Conservation

Burt, Ralph H. – CEFP Journal, 1976
A project testing solar heating and cooling in an existing building, the George A. Towns Elementary School, is intended to provide information on system design and performance, allow the identification and correction of problems encountered in installing large units, and gauge community/user reaction to solar equipment. (Author/MLF)
Descriptors: Building Design, Building Innovation, Demonstration Programs, Elementary Education

Anderson, Bruce – Environment, 1975
Widespread use of solar energy is unsuccessful with large scale integration required and conservatism of responsible institutions. Rising fuel costs and government promotion may initiate expansion in commercial, environmental, and government establishments, homes, and schools. Difficulties encountered include financing, tax incentives, design,…
Descriptors: Building Design, Climate Control, Controlled Environment, Energy
Ringel, Robert F. – 1979
Solar subsystems and components were identified and conceptual structure was developed for architectural solar energy heating and cooling systems. Recent literature related to solar energy systems was reviewed and analyzed. Solar heating and cooling system, subsystem, and component data were compared for agreement and completeness. Significant…
Descriptors: Air Conditioning, Architecture, Building Design, Buildings
Lengyel, Dorothy L.; And Others – 1978
This annotated bibliography is a selected listing of reference materials for use by local government officials in the development of energy conservation programs. The references are listed under the agency through which they are available. Agency listings are alphabetized and include complete mailing addresses. There are 46 agency listings, many…
Descriptors: Administration, Annotated Bibliographies, Books, Building Design
Morton, David – Progressive Architecture, 1979
At the University of Southern California solar-access design research project, Barry Knowles and students have devised a solar envelope: the largest volumetric container over a land parcel that allows solar access to all adjacent neighbors within useful time constraints. (Author/MLF)
Descriptors: Architectural Research, Building Design, Court Litigation, Energy Conservation