
The traditional approach of codes of practice for estimating the punching strength of shear-reinforced flat slabs is based on the assumption that concrete carries a fraction of the applied load...
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Flexural failure is initiated by flexural cracks in concretes, which may cause delamination of the EB-FRP system or crushing of concrete when the compressive stress limit …
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The principal factors governing the strength of concrete are: - Water-cementitious material ratio (w / cm) - Curing conditions (moisture and temperature) - Age. - Characteristics and quantity of …
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If usual detailing rules are fulfilled, the design of slabs with shear reinforcement is governed by one of the following three potential failure modes: 1) crushing of the concrete struts in the …
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The strongest impact of aggregate crushing resistance was found in aggregate crushing resistance-concrete modulus of elasticity relationship, which is confirmed by high …
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The Fuller and Thompson has given groundbreaking work on optimization gradation to the concrete on greatest strength and workability. They concluded to attain high density, …
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concrete crushing strength. Most of the calculation methods [10] are based on the Bauschinger's formula and its variations, which operate at most two or three significant factors, in particular, …
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Finding the results and value of properties of concrete conventional method is so time taking and laborious. The goal of this study is to fortune telling of the strength of …
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Crushing tests are universally used for determining the strength of concrete and the standard test measures the crushing strength at an age of 28 days after mixing.
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