18 results with keyword: 'shrinkage flexural behaviour restrained hybrid steel reinforced concrete'
(2 more authors) (2018) Shrinkage and flexural behaviour of free and restrained hybrid steel fibre reinforced concrete.. Construction and Building
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‘‘Experimental investigation on flexural Behaviour of hybrid (steel-polypropylene) fibre reinforced concrete beams”.This study is an experimental research on the
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An increase of 25 % in the ultimate load was found for the hybrid fibre reinforced concrete beam at 2 % total fibre content consisting of 70 % steel fibre and 30 % basalt fibre
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Manufactured Steel fibres (MSF) can be used to control crack widths of repairs. However, to promote the sustainability of repairs, recycled fibres extracted from un-vulcanised
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Keywords:- fiber reinforced concrete, SFRC, flexural performance, post cracking behaviour, fresh concrete properties, dosage, shape and aspect ratio of steel
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S HRINKAGE B EHAVIOUR OF S TEEL -F IBRE -R EINFORCED -C ONCRETE P AVEMENTS Page13 Since no control on the crack opening is provided in plain concrete pavements,
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A comparative evaluation has been carried out for regular traditional concrete to that of the metal fiber strengthened geo-polymer concrete below ambient curing in relation
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Steel fiber reinforced concrete （SFRC） has the ability of excellent tensile strength, flexural strength, shock resistance, fatigue resistance, ductility and crack
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In this study, the behaviour of reinforced concrete beam with different aspect ratio of steel fiber added into mixture was focused.. Aspect ratio of steel fiber greater
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The main objectives of this chapter are: (i) to provide a background for steel fibre reinforced concrete material characteristics, (ii) to outline the various uses
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optimum content of the hybrid combination was 1.5% of steel with 0.2% of nylon fibre by volume. 3) The first crack load increased with addition of fibres. The first crack load of
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The flexural strength of concrete beam reinforced with steel bars (RSB) is almost similar to that of concrete beam reinforced with steel and PET bars (RSPB) and the
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In addition, two continuous concrete beams reinforced with either GFRP or steel bars, one simply supported beam reinforced with GFRP bars and two simply supported beams
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and flexural toughness of concrete Reinforced with steel – polypropylene hybrid fibres”, Asian Journal Of Civil Engineering (Building And Housing), Vol. C and Nwoji,
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The steel and polypropylene fibers of hybrid concrete used increase the flexural strength, impact strength and toughness properties of concrete.. It is an economical way to
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The GFRP-reinforced geopolymer concrete (GFRP-RGC) beams yielded higher flexural strength than both steel-reinforced geopolymer concrete (S-RGC) and GFRP- reinforced concrete
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Safan [7] proposed and experimentally validated a comprehensive analytical model to appraise the flexural capacity of hybrid GFRP‐steel RC
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During the analysis of the flexural behaviour or flexural capacity of these concrete filled steel tube members, the concrete alters behaviour of the overall
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