Authors :
Gaurav Sharma; Archana Tiwari
Volume/Issue :
Volume 6 - 2021, Issue 11 - November
Google Scholar :
http://bitly.ws/gu88
Scribd :
https://bit.ly/3DVdqVQ
Abstract :
Concrete is second largest material use in
construction industry after water, therefore concrete is
vital construction material it is also a big cause of
construction and demolition waste generation, increase in
carbon foot print and conventional aggregate source
depletion. Ceramic waste is waste generated from tiles,
wash basin, and other porcelain waste that is not reused
and stone dust is produced when rock is disintegrated into
coarse aggregate. This study consist of experimental
investigation of properties of concrete made by using stone
dust and ceramic waste in various proportions as fine
aggregate. The significance of the study is to determine the
optimum value of waste that can replace the fine aggregate
to make Green concrete, to reduce conventional source
depletion and accumulation of solid waste by utilization of
stone dust and ceramic waste.
Keywords :
Recycled aggregate concrete
Concrete is second largest material use in
construction industry after water, therefore concrete is
vital construction material it is also a big cause of
construction and demolition waste generation, increase in
carbon foot print and conventional aggregate source
depletion. Ceramic waste is waste generated from tiles,
wash basin, and other porcelain waste that is not reused
and stone dust is produced when rock is disintegrated into
coarse aggregate. This study consist of experimental
investigation of properties of concrete made by using stone
dust and ceramic waste in various proportions as fine
aggregate. The significance of the study is to determine the
optimum value of waste that can replace the fine aggregate
to make Green concrete, to reduce conventional source
depletion and accumulation of solid waste by utilization of
stone dust and ceramic waste.
Keywords :
Recycled aggregate concrete
