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The Structural Engineer

Numerical analyses of the strength of stiffened plates in compression have been carried out, covering a range of plate and stiffener slendernesses. Different ratios of flange/web and stiffener/plate cross-sectional area ratios are studied. C.A. Carlsen

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The Structural Engineer

Professor M. R. Home (Vice-President) (Simon Engineering Laboratories, University of Manchester): The author’s presentation is of interest, but fails to mention a number of factors that could be of considerable importance for some frames. Some of these factors significantly affect the validity of the analytical procedure proposed.

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The Structural Engineer

A programme of tests was carried out on 28 prestressed concrete beams with various combinations of prestressed web reinforcement and stirrups of mild steel or high strength deformed steel. The results are used to derive a formula to obtain the approximate width of inclined cracks and to discuss the calculation of the ultimate shear of beams with vertical prestress with particular reference to CP 110:1972. Prestressing part of the web reinforcement was found to increase both the inclined cracking shear and the ultimate shear. E.W. Bennett and G. Mlingwa

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