Journal of Cardiovascular Disease Research
ADVANCING HIGH-STRENGTH CONCRETE: EXPERIMENTAL INVESTIGATION WITH CEMENT PARTIAL REPLACEMENT BY FLY ASH AND SAND SUBSTITUTION WITH STONE DUST
Bhukya.Suresh, Illangi.Vinod Kumar, Lakavath.Krishna Prasad, Mohammed.Thaseen
JCDR. 2020: 206-216
Abstract
The proper ratios of cement, sand, and aggregate coupled with a strong bond increase the compressive strength of the concrete. As a byproduct of stone crushing operations, stone dust filler has a variety of applications.
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