A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Concrete-filled steel tubes as substitutes for steel and wood underground supports
In 1940, used steel tubes of 4 in. outside diam and 4 to 7 ft long; were filled with mixture of 3 parts shale, 2 parts sand, and 1 part cement, with cement-water ratio of about one; tubes were allowed to season for one month; only 4 ft tubes met with success; test data; concrete mixing and filling; costs. (See also Instn Min Engrs -- Trans v 100 Part 10 July 1941 p 309-14 (discussion) p 314-20; Iron and Coal Trades Rev v 142 n 3823 June 6 1941 p 635)
Concrete-filled steel tubes as substitutes for steel and wood underground supports
In 1940, used steel tubes of 4 in. outside diam and 4 to 7 ft long; were filled with mixture of 3 parts shale, 2 parts sand, and 1 part cement, with cement-water ratio of about one; tubes were allowed to season for one month; only 4 ft tubes met with success; test data; concrete mixing and filling; costs. (See also Instn Min Engrs -- Trans v 100 Part 10 July 1941 p 309-14 (discussion) p 314-20; Iron and Coal Trades Rev v 142 n 3823 June 6 1941 p 635)
Concrete-filled steel tubes as substitutes for steel and wood underground supports
Colliery Guardian
Mayhew, G.D. (author)
Colliery Guardian ; 162
1941
3 pages
Article (Journal)
English
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Concrete-filled steel tubes as substitutes for steel and wood underground supports
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