Modal Analysis of RCC Chimney With And Without Adding Silica Fume
DOI:
https://doi.org/10.30732/CSVTURJ.20211002003Keywords:
RC chimney, silica fume, Compressive strength, flexural strength, wind analysis, thermal analysis, STAAD pro.Abstract
All the chimneys are slender shaped & high-rise assemblies. which is castoff to discharge or releases waste/flue/poisonous smokes at the higher raise with enough leaving speed so that toxic gases and the suspended things are distributed into troposphere over an exact spread so their concentration on reaching the earth level is within the adequate limes which is according to specified by the pollution control regulatory authority. Fast and inexpensive creation of chimney or stake is the essential of the industries. By adding some acceptable percentage of silica fume which can improve the construction result as they can have the ability to fight the effect of toxic smoke like co2 and others.
We all are see that the concrete is the greatest regularly used material (highly costly material) as an important creation material and adding/fully, replacement / partially replacement of silica fume can improve the properties of concrete like fire resistance, low permeability, high early tensile strength, high compressive strength and high bond strength. This project is about model analysis of RCC chimney with or without adding silica fume or micro silica and compare their result on the basis of strength.
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