Abstract:
The industrial waste has been rapidly increased day by day due to the fast growing
population and usage of products, which dumps unscrupulously resulting in environmental
pollutions. Therefore, it has been recommended that, the disposal of industrial waste would
be greatly reduced if it could be incorporated in concrete production. The basic aim of this
study is to investigate the characteristics of concrete by using waste glass as binding
material in proportion 10%, 20% and 30% and marble waste as a fine aggregate in
proportion 40%, 50% and 60% for 1:1.5:3 concrete with w/c 0.5. Flexure, Split tensile and
pull out tests were conducted after 28days curing. From results it has been concluded that,
strength was increased up to 20% replacement of glass powder and then decrease gradually
while in case of marble, strength was increased up to 50% replacement then decrease
gradually. Similarly for both cases slump values were higher than conventional concrete.
