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Boice, John R., Ed. – 1969
BSIC has selected data for inclusion, and a method of presentation that-- (1) provides preliminary data, in comparable form, about all relevant systems building products, (2) surveys within the limits imposed, the problems of compatibility between subsystem components and to identify components which are compatible with one another, (3) identifies…
Descriptors: Air Conditioning, Building Design, Building Systems, Catalogs
Educational Facilities Labs., Inc., New York, NY. – 1965
Following a brief history and explication of the School Construction System Development Project, descriptions of a group of standard building components developed to satisfy three objective are presented--(1) to build better schools, (2) to build them more economically, and (3) to build them more rapidly. Detailed structural and performance…
Descriptors: Air Conditioning, Building Systems, Ceilings, Educational Facilities Design
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Building Systems Information Clearinghouse, Menlo Park, CA. – 1969
A list of schools which have been either designed or constructed using the component building systems approach has been prepared by BSIC personnel. The information was obtained from three sources--(1) manufacturers' data about applications of their products, (2) published articles, lists , and materials of systems building projects, and (3)…
Descriptors: Air Conditioning, Building Systems, Ceilings, Construction Industry
National Academy of Sciences - National Research Council, Washington, DC. – 1961
Publication of conference papers includes--(1) an overview of the ceiling system complex by a lighting manufacturer, (2) review of problems influencing the development of roofing systems, (3) description of cooperative research within the cement industry, and (4) description of joint research development of structural ceramic panels. Included…
Descriptors: Building Innovation, Building Systems, Ceilings, Cement Industry
Brandle, K. – Build International, 1971
Investigates the combination properties of building components in relation to moduar room sizes, and wall and ceiling thicknesses. (Author)
Descriptors: Building Plans, Building Systems, Ceilings, Controlled Environment
Sharp, Harris – 1967
Four factors are necessary for a truly integrated ceiling--(1) light source, (2) acoustical properties, (3) outlets, and (4) complete flexibility. The ceiling plenum is used and can be used more advantageously in the future to satisfy these requirements. Complete flexibility will allow partitions to be moved to form any size or shape space.…
Descriptors: Acoustical Environment, Building Systems, Ceilings, Flexible Lighting Design
Waropay, V.M. – Form and Function, 1967
An environment conducive to learning and it s relation to school design are discussed. The burden to design such a school falls on the architect. Broad inroads of audio and visual teaching aids and vast changes in furniture and equipment influence some design aspects. Aesthetically pleasing surroundings featuring sound control, safety, durability…
Descriptors: Audiovisual Aids, Building Systems, Ceilings, Chalkboards
National Academy of Sciences - National Research Council, Washington, DC. – 1960
Several aspects of plastics used in the building industry are discussed, and a general information format for specifying plastics in building construction is given. This format includes--(1) description of product, (2) physical properties, (3) design criteria, (4) installation, (5) maintenance, (6) economics, and (7) case histories. Several uses…
Descriptors: Acoustics, Building Design, Building Systems, Ceilings