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Charts for finding required steel area and actual stress in concrete in beams and slabs; unbalanced reinforcing; values for modulus ratio; examples of use of charts. Apr. v 38 no. 4 p 36-38: Construction of chart for computing soil pressures under foundation walls of buildings, chimney footings, bridge piers and similar cases. June v 38 no. 6 p 35-38, 7 figs.: Reinforced-concrete wall footings designed as cantilevers; shear and bending in wall footings; use of charts illustrated by actual problems. (See also - vol. 38, no. 2 Feb. 1931, pp. 45-48; vol. 39, no. 2 Aug., pp. 37-39 no. 4 and Oct., pp. 29-30, 5 figs.)
Charts for finding required steel area and actual stress in concrete in beams and slabs; unbalanced reinforcing; values for modulus ratio; examples of use of charts. Apr. v 38 no. 4 p 36-38: Construction of chart for computing soil pressures under foundation walls of buildings, chimney footings, bridge piers and similar cases. June v 38 no. 6 p 35-38, 7 figs.: Reinforced-concrete wall footings designed as cantilevers; shear and bending in wall footings; use of charts illustrated by actual problems. (See also - vol. 38, no. 2 Feb. 1931, pp. 45-48; vol. 39, no. 2 Aug., pp. 37-39 no. 4 and Oct., pp. 29-30, 5 figs.)
Short-cuts in structural design
Concrete
Griffith, J.R. (Autor:in)
Concrete ; 38
1931
Aufsatz (Zeitschrift)
Englisch
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ASCE | 2021
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Some slide-rule short cuts for reinforced concrete design
Engineering Index Backfile | 1932
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