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Storm, Hans Otto – Outlook, 1971
Descriptors: Construction Materials, Cultural Influences, Design Requirements, Interaction
Olfson, Lewy – Sch Manage, 1970
Revision of building codes are discussed, as they relate to educational facilities. (RG)
Descriptors: Construction (Process), Construction Costs, Construction Materials, School Planning
Architect Rec, 1970
Descriptions, schematics, and photographs are provided to illustrate techniques using circular prestressing, fiberglass reinforced plastic forms, and thin circular concrete plates. (MF)
Descriptors: Building Design, Construction Costs, Construction Materials, Engineering Technology
Babcock, David R. – Instructor, 1969
First of two articles on "Cardboard Carpentry.
Descriptors: Classroom Furniture, Construction Materials, Elementary Education, Handicrafts
EPA Journal, 1979
Spurred by recent medical findings, the Environmental Protection Agency has initiated a program to help educators check their schools for asbestos-containing materials and correct any hazardous conditions which are found. (Author/RE)
Descriptors: Air Pollution, Construction Materials, Diseases, Health
Peach, Roger – School Planning and Management, 1997
Describes how one school district was able to efficiently install fragile telecommunication cabling throughout its high school and save thousands of dollars. Discusses solutions to some common cable-management problems. (GR)
Descriptors: Construction Management, Construction Materials, Cost Effectiveness, High Schools

Cohen, Andrew – Athletic Business, 1998
Discusses wood-flooring components for athletic facilities, what materials make up these floors, and how they affect a floor's performance once installed. The pros and cons of anchored versus floating systems are examined, including the issue of moisture resistance. Also discussed is the influence of Deutsches Institut fur Normans (DIN) standards…
Descriptors: Comparative Analysis, Construction Materials, Floor Layers, Flooring
Van Doorn, Roy – American School & University, 1993
Debunks the myths surrounding the use of modular facilities for solving school-budgeting problems. Myths concerning poor modular strength, slow construction speed versus site-built construction, poorer durability and quality, and lack of aesthetic diversity are discussed. Comparative construction characteristics are highlighted. (GR)
Descriptors: Construction Materials, Cost Effectiveness, Elementary Secondary Education, Relocatable Facilities
American School & University, 1993
Explores how the myths of modular construction for schools began; also discusses the advances made in steel and modular construction. The major advantages of using permanent modular construction for schools are highlighted, including its rapid construction, use of standard building materials, financial flexibility, and durability. (GR)
Descriptors: Construction Materials, Elementary Secondary Education, Relocatable Facilities, School Construction
Gwizdala, Mike – College Planning & Management, 1999
Explains the benefits of prefabricated reinforced thermoplastic single-ply roofs as good solutions for education-facility roofing needs. Top benefits include durability, energy efficiency, no maintenance required, no hazardous materials present, and very water and wind resistant qualities. (GR)
Descriptors: Construction Materials, Educational Facilities Improvement, Energy Conservation, Prefabrication
Stephens, Suzanne – Architectural Record, 2000
Discusses the innovative and whimsical use of brick and glass architectural design at the University of Cincinnati's Vontz Center for Molecular Studies. The architectural development process is described. Building diagrams and photos are included. (GR)
Descriptors: Building Innovation, Construction Materials, Educational Facilities Design, Glass Walls
Michel, Florence – PEB Exchange, 2004
In New York they say that the architecture of the new "Lycee francais" (serving French students from kindergarten through upper secondary education) was inspired by the rationalism of Descartes. What is beyond doubt, however, is that the design and materials chosen by the American firm of architects, "Polshek Partnership…
Descriptors: Architecture, French, Educational Facilities Design, School Buildings
US Environmental Protection Agency, 2008
Lead can affect children's brains and developing nervous systems, causing reduced IQ, learning disabilities, and behavioral problems. Lead is also harmful to adults. Lead in dust is the most common way people are exposed to lead. People can also get lead in their bodies from lead in soil or paint chips. Lead dust is often invisible. Lead-based…
Descriptors: Hazardous Materials, Public Agencies, Children, Child Health
Progressive Architecture, 1975
The first phase of the University of Pennsylvania's Wharton Graduate Center works well within its context. (Author)
Descriptors: Architectural Character, Building Design, College Buildings, Construction Materials
Consulting Engineer, 1974
A multidiscipline art learning facility located near the Detroit Museum of Arts is to be constructed in phases as funds become available. The structure, as developed, is simple, repetitive, and applies easily fabricated linear elements to a square bay concept. (Author)
Descriptors: Architectural Programing, Arts Centers, Construction Materials, Modular Building Design