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Comparative Strength Properties of Cement on Partial Replacement with Nano Silica in Concrete

Author(s):

Prof. Harsh Gupta , JNCT REWA M.P.; Anubhav Pandey, JNCT REWA M.P.; Sandeep Kumar Sharma, JNCT REWA M.P.; Richa Mishra, JNCT REWA M.P.

Keywords:

Silica, Concrete, Workability, Compressive Strength, Mortars, Pozzolanic Materials

Abstract

Concrete is the material of present just as future. The wide utilization of it in structures, from structures to manufacturing plants, from scaffolds to air terminals, makes it quite possibly the most examined material of the 21st century. Because of the quick populace blast and the innovation blast to cook these requirements, there is an earnest need to improve the strength and solidness of cement. Out of the different materials utilized in the creation of solid, concrete assumes a significant part due its size and cement property. In this manner to improved the quality and properties of cement the system of concrete hydration must be concentrated appropriately and best reasonable idea has embraced. Distinctive cementitious materials known as advantageous materials are added to concrete so the improvement of properties should be possible. A portion of the materials are fly debris, impact heater slag, rice husk, silica exhaust and even microscopic organisms. Out Of the different advancements being used for development of cement, nano-innovation seems to be a promising methodology in improving the properties of cement.

Other Details

Paper ID: IJSRDV9I80047
Published in: Volume : 9, Issue : 8
Publication Date: 01/11/2021
Page(s): 10-13

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