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Shear behavior of reinforced concrete beams with wire rope shear reinforcement
Materials and Structures, 2023International ...
Doraine Rouphael +3 more
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Shear strength of prestressed FRP reinforced concrete beams with shear reinforcement
Engineering Structures, 2020Abstract To avoid brittle shear failures, the shear strength of reinforced concrete beams has to be verified at ultimate limit state. For this purpose, simple but accurate shear design provisions or shear resistance models are required. In current design provisions the influence of prestressing is either neglected or insufficiently considered in the ...
Sophia Kueres +2 more
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Shear resistance of reinforced laterized concrete beams without shear reinforcement
Building and Environment, 1990Abstract This paper describes tests on shear resistance and deflection characteristics of 46 reinforced concrete beams without web reinforcement, 32 of the beams are laterized concrete containing laterites at 25%, 50%, 75% and 100% of total fine aggregate content, 6 beam have varying percentage reinforcement 1.81%, 2.28% and 2.75% while the remaining
M.A. Salau, L.A. Balogun
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Shear strength of reinforced aerated concrete beams with shear reinforcement
Materials and Structures, 1990The paper reports on the analysis of shear strength of reinforced beams made of autoclaved aerated concrete with shear reinforcement. The test data are taken from three different investigations from three countries, in Europe and Japan, and include 61 tests.
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Shear fatigue behaviour of reinforced concrete elements without shear reinforcement
Engineering Structures, 2014Abstract The shear fatigue behaviour of reinforced concrete elements without stirrups is dealt with in this paper. Existing experimental results have shown significant differences between the static and fatigue failure mode of reinforced concrete.
Juan Manuel Gallego +2 more
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2021
The scope and amount of fibre reinforced concrete (FRC) structural applications have seen significant increases. This means that safe and reliable ultimate limit state (ULS) models are necessary for FRC structural members. Among these, shear strength of FRC members without shear reinforcement is highly important due to the brittleness of shear failure.
Tošić, Nikola +2 more
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The scope and amount of fibre reinforced concrete (FRC) structural applications have seen significant increases. This means that safe and reliable ultimate limit state (ULS) models are necessary for FRC structural members. Among these, shear strength of FRC members without shear reinforcement is highly important due to the brittleness of shear failure.
Tošić, Nikola +2 more
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Joint Reinforcement as Primary Shear Reinforcement for Concrete Masonry Shear Walls
The Masonry Society Journal, 2018This paper provides comparisons between concrete masonry shear walls for in-plane loading with deformed reinforcement in bond beams and with joint reinforcement. Ten full-scale wall tests were conducted of fully grouted and partially grouted shear walls. The results show that sufficient areas of joint reinforcement can provide the strength necessary to
Greg Baenziger, Max L. Porter
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Some shear tests on reinforced concrete beams without shear reinforcement
Magazine of Concrete Research, 1960Summary Tests were made on rectangular reinforced concrete beams without shear reinforcement in order to determine the effect on shear strength of: manner and position of loading; amount and type of reinforcement; strength of concrete. The results indicate that: for short shear spans, a beam loaded directly on its top surface can sustain a load ...
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