Authors :
Manpreet kaur; Kashish arora; Geetinder Kaur
Volume/Issue :
Volume 7 - 2022, Issue 8 - August
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3QN4mIs
DOI :
https://doi.org/10.5281/zenodo.7007172
Abstract :
The use of high 1
strength concrete is
expected to increase as we move into next 2
century in all
areas of world. In recent years there has been a rapid
growth of interest in high strength concrete. Concrete is
a material used in building construction, consisting of a
fine aggregate and a coarse aggregate that is bounded
by cement and water with various types of admixtures
which are available in market or from the waste
materials. A design mix is specified by the designer
principally in terms of strength cement content and
water cement. Since 3
economical parameters and
compressive strength are fundamental properties of
concrete in two different stages of production, the
correlation between costing parameters and
compressive strength has been used instead of using
water-cement ratio versus compressive strength
relationship. If we maintain the water-cement ratio and
by adding various types of admixtures in concrete we
can improve the 4
compressive strength of concrete and
also get more strength which will be very economical. In
the proposed method, the designer is able to estimate
parameters like compressive strength and economical
costing at the design stage for a given target strength, in
addition to 5
ingredients of concrete.
Keywords :
1 strength, 2 century, 3 economical, 4 compressive, 5 ingredients.
The use of high 1
strength concrete is
expected to increase as we move into next 2
century in all
areas of world. In recent years there has been a rapid
growth of interest in high strength concrete. Concrete is
a material used in building construction, consisting of a
fine aggregate and a coarse aggregate that is bounded
by cement and water with various types of admixtures
which are available in market or from the waste
materials. A design mix is specified by the designer
principally in terms of strength cement content and
water cement. Since 3
economical parameters and
compressive strength are fundamental properties of
concrete in two different stages of production, the
correlation between costing parameters and
compressive strength has been used instead of using
water-cement ratio versus compressive strength
relationship. If we maintain the water-cement ratio and
by adding various types of admixtures in concrete we
can improve the 4
compressive strength of concrete and
also get more strength which will be very economical. In
the proposed method, the designer is able to estimate
parameters like compressive strength and economical
costing at the design stage for a given target strength, in
addition to 5
ingredients of concrete.
Keywords :
1 strength, 2 century, 3 economical, 4 compressive, 5 ingredients.
