A team of experts examined eight representative examples of industrialized building systems in six countries to determine the origins of the system and the approach taken by its originators; the reasons that led school building agencies to adopt the system; the quality and other characteristics of the finished product; system costs compared with…

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…

Structural, functional and design features are described for the Montessori School building of Stamford, Connecticut. Emphasis is given to the utilization of a precast concrete building system and the flexibility of the early learning center spaces. The report is heavily illustrated with photographs. (FS)

Increasing pressure on the building industry and competition for its resources has caused many authorities to make more extensive use of factory-made components for their school building projects in both conventional and system building. A common dimensional controlling discipline has been developed to aid architects and administrators in school…

Examples of educational facilities using metal buildings to lower construction costs and increase flexibility. (MLF)

Relating the systems approach to building technology with prefabrication in the construction industry, this article discusses education's role in systems building. (GB)

ALL SCHOOL BUILDINGS ARE BASICALLY SHELTER STRUCTURES. THEIR ELEMENTARY COMPONENTS ARE (1) STRUCTURAL MEMBERS, (2) WEATHER PROTECTION ELEMENTS, (3) MECHANICAL INSTALLATIONS, (4) FINISHING ELEMENTS, AND (5) BUILT-IN EQUIPMENT. THE CHOICE OF BUILDING SYSTEMS IS DEPENDENT ON (1) SUBSOIL CONDITIONS, (2) SITE CONTOURS, AND (3) CLIMATIC CONDITIONS.…

Four aspects of preassembled building components are discussed--(1) attitudes on preassembled components, (2) principles of preassembled components construction, (3) structural component case studies, and (4) mechanical component case studies. In section 1, various views on preassembled components are discussed including--(1) the architect's view,…

The University of Michigan and Aerojet Corporation report their development of a new building system which will offer the consumer a higher quality product at lower cost. To achieve this goal, the University-Aerojet proposal suggested filament winding (a process derived from the aerospace program for the manufacture of reinforced plastic…

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…

This report summarizes the results of a program initiated in July of 1967 that was based on the findings and recommendations of the First Phase Report, which was completed in June of 1967. Seventeen different school districts participated in systems programs, and 20 new schools and additions were completed during the 1968-69 school year.…

Basic information and guidelines on the use of URBS components are provided for use by architects and engineers. The URBS system was developed in response to the competitive bidding on performance specifications, incorporating user requirements, economic constraints, industry capability and trade practices. The essence of the URBS Project--the…

NATIONALLY RECOGNIZED STANDARDS FOR THE EVALUATION OF MINIMUM SAFE PRACTICE OR FOR DETERMINING THE PERFORMANCE OF MATERIALS OR SYSTEMS OF CONSTRUCTION HAVE BEEN COMPILED AS AN AID TO DESIGNERS AND LOCAL OFFICIALS. THE CODE PRESENTS REGULATIONS IN TERMS OF MEASURED PERFORMANCE RATHER THAN IN RIGID SPECIFICATION OF MATERIALS OR METHODS. THE AREAS…

Academic Building Systems (ABS) is an architectural planning and design method which allows the construction owner to respond to the need for less expensive structures, economically adaptable to the changing conditions of the academic world, by providing the owner with the maximum controls over the variable cost factors in educational facility…

Publication of conference paper texts include --(1) history and development of masonry cavity walls, (2) recent research related to determination of thermal and moisture resistance, (3) wall design and detailing, (4) design for crack prevention, (5) mortar specification characteristics, (6) performance experience with low-rise buildings, (7)…