A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Development of long-span load-bearing reinforced-plastics roofing and walling unit
Design of test roofing unit employing steel-mesh-reinforced, glass-fiber-reinforced shell, molded on plywood form of sinusoidal cross section, and suitable for spans of 15 to 50 ft; product eliminates need for trusses, purlins, and other supporting members, is light weight, waterproof, translucent, and can be colored; advantages of steel, timber, and glass roving reinforcement are compared.
Development of long-span load-bearing reinforced-plastics roofing and walling unit
Design of test roofing unit employing steel-mesh-reinforced, glass-fiber-reinforced shell, molded on plywood form of sinusoidal cross section, and suitable for spans of 15 to 50 ft; product eliminates need for trusses, purlins, and other supporting members, is light weight, waterproof, translucent, and can be colored; advantages of steel, timber, and glass roving reinforcement are compared.
Development of long-span load-bearing reinforced-plastics roofing and walling unit
Plastics Inst -- Plastics Bldg Structures -- Proc
Pryke, J.F.S. (author)
1965
12 pages
Article (Journal)
English
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