A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Precast framing speeds erection of low-cost housing
Completion of housing project at cost of less than $8 per sq ft through use of precast concrete for framing and floor and roof decking; concrete of columns and spandrel beams was designed for 28 day strength of 5000 psi with trap rock as aggregate; slabs were made with expanded slag aggregate which yielded concrete weighing 100 lb per cu ft and having 28 day strength of 3500 psi.
Precast framing speeds erection of low-cost housing
Completion of housing project at cost of less than $8 per sq ft through use of precast concrete for framing and floor and roof decking; concrete of columns and spandrel beams was designed for 28 day strength of 5000 psi with trap rock as aggregate; slabs were made with expanded slag aggregate which yielded concrete weighing 100 lb per cu ft and having 28 day strength of 3500 psi.
Precast framing speeds erection of low-cost housing
Eng News-Rec
Engineering News-Record ; 153
1954
2 pages
Article (Journal)
English
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