A STUDY ON STRENGTH EVALUATION OF SELF-COMPACTING CONCRETE BY USING MINERAL ADMIXTURES

To construct tall structure by lessening section sizes and expanding accessible space, to assemble the super structure of long traverse connects and to the sturdiness of scaffold decks a high quality is required. High quality cement was utilized as a part of South Wacker in Chicago of 80 Mpa, Banana Tower in Abu Dhabi of 80 Map and Frankfurt Treason in Germany of 125 Map. On the off chance that high quality cement is self-compacting the generation of thickly fortified building component from high quality cement with high homogeneity would be a simple work. In the present examination a judicious blend configuration is set up and self-minimal capacity testing techniques have been done from the view purpose of making it a standard cement by utilizing mineral admixtures like small scale silica and fly fiery debris for conferring High Strength Self Compacting Concrete. The stream properties of coming about cement is portrayed in the crisp state by techniques utilized for, Self compacting concrete, for example, Slump-stream, V-pipe and L-box tests separately. Promote the toughness properties are analyzed for High Strength Self Compacting Concrete blend of review M100. The solidness factors are additionally examined. From these investigations we watch that 15% Micro silica and 25% Fly fiery debris will give ideal quality for M100 review at water/powder proportion of 0.22. The impact Na2So4 on these blends is nil where as HCL and H2So4 had considerable effect