Descriptor
| Building Design | 23 |
| Building Innovation | 23 |
| Energy Conservation | 23 |
| Solar Radiation | 14 |
| Heat Recovery | 7 |
| Higher Education | 6 |
| College Buildings | 5 |
| Heating | 5 |
| Housing | 4 |
| Thermal Environment | 4 |
| Underground Facilities | 4 |
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Source
| Progressive Architecture | 7 |
| CEFP Journal | 4 |
| Planning for Higher Education | 3 |
| AIA Journal | 1 |
| American School and University | 1 |
| Building Design and… | 1 |
| Modern Schools | 1 |
Author
| Rush, Richard | 2 |
| Anderson, John D. | 1 |
| Balcomb, J. Douglas | 1 |
| Bennett, David J. | 1 |
| Brubaker, C. William | 1 |
| Burt, Ralph H. | 1 |
| Cuscaden, Rob | 1 |
| Erley, Duncan | 1 |
| Jaffe, Martin | 1 |
| Jordan, Kenneth | 1 |
| More, Donald H. | 1 |
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Morgan, William – Progressive Architecture, 1979
Reviews examples of earth-related architecture in the United States over the past 40 years. (Author)
Descriptors: Building Design, Building Innovation, Energy Conservation, Underground Facilities
American School and University, 1979
Mission College, in Santa Clara, California, is a single building. By providing less roof and wall surface but more area for students, the megastructure is expected to lower energy and maintenance costs. (Author/MLF)
Descriptors: Building Design, Building Innovation, College Buildings, Energy Conservation
AIA Journal, 1978
Built to preserve open space and views of two historic buildings, all but 5 percent of Williamson Hall, at the University of Minnesota, is underground. Because of its heat retention characteristics, heating is unnecessary until the temperature falls below -20 degrees Fahrenheit. (Author/MLF)
Descriptors: Building Design, Building Innovation, College Stores, Energy Conservation
Murphy, Jim – Progressive Architecture, 1980
The planned corporate office building for Hooker Chemicals and Plastics Corporation in Niagara Falls (New York) is designed to have an inner skin and an outer one four feet from it. Operable louvers will be located between the membranes. An energy analysis of the planned building is included. (Author/MLF)
Descriptors: Building Design, Building Innovation, Building Operation, Energy Conservation
Peer reviewedMore, 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
Peer reviewedBurt, 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
Balcomb, J. Douglas – Progressive Architecture, 1979
A leading passive solar heating expert advocates more extensive uses, outlines various familiar approaches, and evaluates many existing built examples. (Author/MLF)
Descriptors: Air Flow, Architectural Research, Building Design, Building Innovation
Stephens, Suzanne – Progressive Architecture, 1979
In the current period of questioning of architectural values and directions, the implications of energy use on form must be confronted sooner or later. Efforts by various practitioners at combining art and technology are shown. (Author/MLF)
Descriptors: Architectural Character, Architectural Research, Building Design, Building Innovation
Peer reviewedStevens, Preston, Jr. – CEFP Journal, 1976
The proposed Niskey Lake Middle School is designed to have solar heating in half of the building, solar water heating for the entire facility, and solar cooling for the administration area. (Author/MLF)
Descriptors: Building Design, Building Innovation, Climate Control, Energy Conservation
Peer reviewedAnderson, John D. – CEFP Journal, 1976
The soon-to-be-completed North Campus of the Community College of Denver demonstrates a conviction on the part of the state and the design team that the use of solar energy is economically and technologically and alternative to the continued consumption of fossil fuel. (Author/MLF)
Descriptors: Building Design, Building Innovation, College Buildings, Community Colleges
Searl, Linda – 1975
Presented is a summary of a meeting of architects, college faculty, and government personnel convened to discuss the incorporation of energy conscious design considerations into college architectural programs. These seminar proceedings contain the text of the keynote address and summaries of 13 workshops and 2 panel presentations. Topics addressed…
Descriptors: Architectural Education, Architecture, Building Design, Building Innovation
Oddo, Sandra – Progressive Architecture, 1979
The design and effectiveness of a number of government/industry active solar demonstration projects. (Author/MLF)
Descriptors: Architectural Research, Building Design, Building Innovation, Demonstration Programs
Peer reviewedSmith, Harry V. – Planning for Higher Education, 1982
The Mississippi County Community College large-scale energy experiment, featuring the emerging high technology of solar electricity, is described. The project includes a building designed for solar electricity and a power plant consisting of a total energy photovoltaic system, and features two experimental developments. (MLW)
Descriptors: Building Design, Building Innovation, College Buildings, Electrical Systems
Modern Schools, 1977
A geodesic dome used at Walla Walla Community College for teaching activities also functions as a physical education and recreation center for the college and the city. (MLF)
Descriptors: Building Design, Building Innovation, Community Colleges, Energy Conservation
Cuscaden, Rob – Building Design and Construction, 1976
Presently available design techniques, technologies, and management practices can significantly reduce the energy requirements of new buildings. A two-part section discusses solutions to the energy problem in the commercial, institutional, and industrial fields. (Author/MLF)
Descriptors: Building Design, Building Innovation, Building Systems, Electrical Systems
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