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Luckman, James M. – AIA Journal, 1972
Descriptors: Architectural Programing, Architectural Research, Building Systems, College Housing
Baas, Alan M. – 1972
This paper reviews briefly the literature concerned with the use of modular components in the construction of educational facilities. Fourteen of the documents reviewed have previously been cited in RIE. The essence of the material found in the reviewed literature is organized into and discussed under the topics (1) modular components and…
Descriptors: Building Systems, Construction Materials, Educational Facilities, Facility Case Studies
LYMAN, ROBERT J. – 1968
THE USE OF PRESTRESSED CONCRETE IS EMPHASIZED IN THE AREAS OF SCHOOL PLANNING, DESIGN, AND CONSTRUCTION. THE PLANNING SECTION INCLUDES--(1) ROLES OF ACTIVE PARTIES AND RELATED ORGANIZATIONS, (2) PROCEDURES, AND (3) CONCEPTUAL DATA FOR SITE AND BUILDING. THE DESIGN SECTION CONTAINS--(1) DEVELOPMENT OF CONSTRUCTION SYSTEMS, (2) INTEGRATION OF…
Descriptors: Architectural Character, Building Systems, Cement Industry, Construction Costs
Building Design and Construction, 1976
The lower 10 floors of a concrete-framed structure in New York City function as a school and the upper 30 as an office tower. (MLF)
Descriptors: Architectural Programing, Building Design, Prestressed Concrete, Secondary Education
Building Design and Construction, 1973
A modern addition complements the original traditional design and provides more space. (MF)
Descriptors: Architectural Programing, Facility Expansion, Prestressed Concrete, Public Libraries
Architectural Record, 1973
Two campus structures -- a student-faculty center at the University of Massachusetts and a technological complex at New York University -- and a downtown high-rise office building in Cleveland all have precast panel walls, which play a major role in the mechanical and electrical distribution systems. (Author)
Descriptors: Architectural Character, Building Design, College Buildings, Construction Materials
Progressive Architecture, 1972
A linear high school derives its form from site parameters, its dual scale from vehicular and pedestrian viewpoints, and its materials from industrial conventional applications. (Author)
Descriptors: Construction Materials, Educational Facilities Design, High Schools, Prestressed Concrete
Evans, Ben H. – 1962
Research development of a construction system is detailed in terms of--(1) design and analysis, (2) construction methods, (3) testing, (4) cost analysis, and (5) architectural potentials. The system described permits construction of usual shapes without the use of conventional concrete formwork. The concrete involves development of a structural…
Descriptors: Building Design, Cement Industry, Construction Costs, Construction (Process)
National Academy of Sciences - National Research Council, Washington, DC. – 1961
Topics discussed include--(1) requirements for weatherproofing and sealant materials for thin shell concrete roof, (2) effect of physical factors on weatherproofing of thin shell concrete roofs, (3) problems and limitations imposed by thin shell concrete roofs and their effect on weatherproofing and sealant materials, and (4) properties and uses…
Descriptors: Buildings, Cement Industry, Construction Industry, Construction Materials
Basalt Rock Co., Inc., Napa, CA. – 1960
Diagrammatic explanations of various concepts, processes, details, and potential material usages are presented. Specific material and element topics include--(1) the fabrication process, (2) basic structural components, (3) element usage, and (4) building construction procedures. Examples of the use of related elements are shown for typical school…
Descriptors: Cement Industry, Construction Materials, Prefabrication, Prestressed Concrete
Architect Rev, 1970
Photographs and drawings accompany the descriptions of three innovative new college buildings. (MLF)
Descriptors: Architectural Character, Building Design, College Buildings, Dining Facilities
Dixon, John Morris – Progressive Architecture, 1974
The world's longest skylighted galleria (main street for student residents at the University of Alberta) is the lifeline of a 950-foot long complex of apartments and shops sponsored by the student government and architecturally designed to fit over an existing street. (Author/MF)
Descriptors: Building Design, Building Plans, Campus Planning, Climate Control
Bate, S. C. C. – 1974
Two beams forming part of the roof over the swimming pool at the school collapsed. The investigation showed that the cause of the failure was loss of strength due to conversion of high alumina cement concrete followed by sulphate attack leading to disruption of the concrete. The degree of conversion and loss of strength was greater than expected…
Descriptors: Architectural Research, Construction Materials, Construction (Process), Failure