THE EFFECT OF ADDITIONAL MATERIALS CONCRETE USING THE SAND WITH HIGH LEVELS MUD ON DEFLECTION AND FLEXIBLE STRESS ON CONCRETE BEAMS

Structure of concrete blocks consist of concrete and reinforc-ing steel that work together to carry the load acting on the beam. In this study, researchers will examine whether such ad-ditives affect the deflection and bending stress on concrete beams using sand with high mud levels. Variation 7 is...

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Veröffentlicht in:ARPN journal of engineering and applied sciences 2015-12, Vol.10 (22), p.10342-10348
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description Structure of concrete blocks consist of concrete and reinforc-ing steel that work together to carry the load acting on the beam. In this study, researchers will examine whether such ad-ditives affect the deflection and bending stress on concrete beams using sand with high mud levels. Variation 7 is a beam that uses sand Jombang plus 13% other additives. The result showed that the concrete beams using sand Jombang with addi-tional material 13 % additive substances able to carry a maxi-mum load of 15,500 kg, with a maximum deflection of 5.1 mm, the bending stress of 504 kg/cm2 and bending moment of 472 500 Kgcm. Concrete beams using Jombang sand with the addition of additive 13 % experienced significant improvement to flexural testing at age 28 days.
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subjects Additives
Beams (structural)
Bending
Concrete blocks
Concretes
Deflection
Sand
Stresses
title THE EFFECT OF ADDITIONAL MATERIALS CONCRETE USING THE SAND WITH HIGH LEVELS MUD ON DEFLECTION AND FLEXIBLE STRESS ON CONCRETE BEAMS
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