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Vonier, Thomas – Progressive Architecture, 1980
A brief description of the creation of Department of Energy performance standards and the plans to date for implementation. In addition, a consideration of some of the major issues likely to be of interest to architects, their clients, and colleagues. (Author/MLF)
Descriptors: Architects, Building Design, Energy Conservation, Evaluation Criteria
Progressive Architecture, 1979
In the first part of an interview, internationally famous engineer Fred Dubin talks of a full range of opportunities to conserve energy with passive design. (Author/MLF)
Descriptors: Architects, Architectural Research, Building Design, Energy Conservation
Progressive Architecture, 1979
In part two of the interview, Fred Dubin discusses mechanical means of meeting the heating and air conditioning load. (Author/MLF)
Descriptors: Building Design, Climate Control, Efficiency, Energy Conservation
Peer reviewed Peer reviewed
Brubaker, C. William – Planning for Higher Education, 1982
New energy-responsible buildings will not only use less energy, but will be more comfortable, more closely attuned to nature, and will create a better learning and living environment. The most cost-effective planning decisions have to do with good passive solar design and sensible operations. (MLW)
Descriptors: Building Design, Building Innovation, Climate Control, College Buildings
Peer reviewed Peer reviewed
Bennett, David J. – Planning for Higher Education, 1982
The new Civil/Mineral Engineering Building on the University of Minnesota Minneapolis campus is a demonstration design in energy conservation and innovation in active and passive solar energy applications. Its antecedents at the university represent contributory steps in the identification of issues and the development of design principles. (MLW)
Descriptors: Building Design, Building Innovation, College Buildings, Educational Facilities Planning
Bazjanac, Vladimir – Progressive Architecture, 1980
Architectural energy analysis assesses the effects of architectural design decisions on the overall energy performance of buildings. Models and computers are utilized. (Author/MLF)
Descriptors: Architectural Programing, Architectural Research, Building Design, Computer Science
Rubin, Arthur I. – 1976
The current emphasis on energy conservation in buildings must be balanced by a careful consideration of how proposed approaches affect building occupants. A headlong rush toward building designs that conserve energy at the expense of the quality of buildings as judged by occupants would be a very shortsighted approach. There must be a continual…
Descriptors: Building Design, Criteria, Design Requirements, Energy Conservation
Piele, Philip K.; Wright, Darrell – 1976
Life-cycle costing is a management tool that may assist school administrators in making cost-effective decisions about building and improving school facilities. Life-cycle costing is defined as determining the total cost of building construction, operation, and maintenance over the assumed life of the building. An overview of the recent literature…
Descriptors: Annotated Bibliographies, Building Design, Building Operation, Construction Costs
Ontario Dept. of Education, Toronto. – 1975
Information intended for those concerned with the administration, planning, financing, operation, and maintenance of school facilities applies to both new and existing building. An examination of motivation and policies relating to energy conservation is followed by the methods used for quantitative assessment of energy savings relative to extra…
Descriptors: Architectural Programing, Board of Education Policy, Building Design, Building Operation