Authors :
P. Senthamilselvi; A.Amrish; K.S.Aravind; S.Elansezhiyan; A.Jeyashri
Volume/Issue :
Volume 5 - 2020, Issue 6 - June
Google Scholar :
http://bitly.ws/9nMw
Scribd :
https://bit.ly/2AXEatH
DOI :
10.38124/IJISRT20JUN352
Abstract :
The waste generated from the industries
motive environmental issues. For this reason the reuse
of these wastes are often emphasised.Thus Marble dust
powder (MDP) is one of the fast growing waste material
which can be used in the concrete production industry
to minimize material use and produce financial
advantage. In this study, the marble dust powder
passing through 90 micron sieve, has been utilized for
determining the hardened properties of concrete .The
hardened properties of concrete has been determined
with the effect of different rate replacement of cement
by MDP.In this examination work, MDP has replaced
the Ordinary Portland Cement (OPC) at an increasing
rate from 0 % to 20% by weight in M30 grade concrete.
The motivation behind this investigation is to examine
the behavior of concrete with the substitution of cement
by MDP in various extents in concrete.
Keywords :
Cement, concrete, compressive strength, flexure strength, marble dust powder, split-tensile strength.
The waste generated from the industries
motive environmental issues. For this reason the reuse
of these wastes are often emphasised.Thus Marble dust
powder (MDP) is one of the fast growing waste material
which can be used in the concrete production industry
to minimize material use and produce financial
advantage. In this study, the marble dust powder
passing through 90 micron sieve, has been utilized for
determining the hardened properties of concrete .The
hardened properties of concrete has been determined
with the effect of different rate replacement of cement
by MDP.In this examination work, MDP has replaced
the Ordinary Portland Cement (OPC) at an increasing
rate from 0 % to 20% by weight in M30 grade concrete.
The motivation behind this investigation is to examine
the behavior of concrete with the substitution of cement
by MDP in various extents in concrete.
Keywords :
Cement, concrete, compressive strength, flexure strength, marble dust powder, split-tensile strength.
