shashank shubham - Academia.edu (original) (raw)
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International Journal of Engineering Research and Applications (IJERA)
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In the construction of any industry or structure there is a common material used as concrete. And... more In the construction of any industry or structure there is a common material used as concrete. And concrete is is used in very huge amount in the construction and industries. Many property of the the concrete like brittleness sometimes fails to bear tensile load which is the cause of brittle failure. Since the fibre have the property to increase the toughness of the concrete. In many experiments it is found that, steel fibre reinforced concrete have high resistance to cracking so the reason behind the increasing uses of steel fibre reinforced concrete to increase the hardness or toughness and to reduce the crack deformation characteristics. So I present this paper for theoretical discussion on the subject of of steel fibre reinforced concrete. And here we discuss use terms and models of behaviour that form ambitious for understanding material performance without mathematical details. Here we shown that flexural strength of steel fibre reinforced concrete is directly proportional to t...
This paper is on the basis of some studies on the M20 grade concrete having mix proportion 1:1.5:... more This paper is on the basis of some studies on the M20 grade concrete having mix proportion 1:1.5:2 with water cement ratio 0.46 for finding the compressive strength of steel fibre reinforced concrete containing fibres of 0%, 0.47%, 0.97%, 1.47% and 1.97% amount of fraction of hook end steel fibre are used. And the result of this data studied, analysed, review and compare with a specimen of 0% fibre. The comparison of compressive strength with day-to-day represented with the help of tables. The percentage increase of compressive strength of result data for M20 grade of concrete in 12 hours, 24 hours, 7 days, 14 days and 28 days with respect to the difference in percentage addition of steel fibres. The purpose of this research is to determine and compare the properties of concrete with steel fibre and without steel fibre concrete. This research is mainly on the the enhancing of mechanical properties of concrete.
In the construction of any industry or structure there is a common material used as concrete. And... more In the construction of any industry or structure there is a common material used as concrete. And concrete is is used in very huge amount in the construction and industries. Many property of the the concrete like brittleness sometimes fails to bear tensile load which is the cause of brittle failure. Since the fibre have the property to increase the toughness of the concrete. In many experiments it is found that, steel fibre reinforced concrete have high resistance to cracking so the reason behind the increasing uses of steel fibre reinforced concrete to increase the hardness or toughness and to reduce the crack deformation characteristics. So I present this paper for theoretical discussion on the subject of of steel fibre reinforced concrete. And here we discuss use terms and models of behaviour that form ambitious for understanding material performance without mathematical details. Here we shown that flexural strength of steel fibre reinforced concrete is directly proportional to t...
This paper is on the basis of some studies on the M20 grade concrete having mix proportion 1:1.5:... more This paper is on the basis of some studies on the M20 grade concrete having mix proportion 1:1.5:2 with water cement ratio 0.46 for finding the compressive strength of steel fibre reinforced concrete containing fibres of 0%, 0.47%, 0.97%, 1.47% and 1.97% amount of fraction of hook end steel fibre are used. And the result of this data studied, analysed, review and compare with a specimen of 0% fibre. The comparison of compressive strength with day-to-day represented with the help of tables. The percentage increase of compressive strength of result data for M20 grade of concrete in 12 hours, 24 hours, 7 days, 14 days and 28 days with respect to the difference in percentage addition of steel fibres. The purpose of this research is to determine and compare the properties of concrete with steel fibre and without steel fibre concrete. This research is mainly on the the enhancing of mechanical properties of concrete.