Abstract
A Building has to be defined is an enclosed structure intended for human occupancy. Constructions work has been seen in most of the countries developing with the increase of material cost in the construction work, there is a need to find more cost which can be affordable to people. In the manufacturing of brunt clay bricks, smoke evolved at a great extent and also toxic gases which can harm an environment. So, as to overcome with all these problems. From previous research observed that light weight bricks of Recycle paper mill residue (RPMR) and rice husk ash (RHA) which composes of Recycle paper mill residue (RPMR) and rice husk ash (RHA) and cement which are more economical and eco-friendly. The use of recycle factory residue and rice husk ash bricks are reduce load of wall on beams and columns makes it a relatively lighter members and reducing the hundreds (or) moments. This project includes analysis and design of multi-stored RC structure (G+3) with light weight bricks by using ETABS, comparison will be done with conventional bricks.
Highlights
Building construction is that the engineering deals with the development of building like residential houses
Due to its lower density of these blocks, tall buildings constructed using these blocks have less need for steel and concrete for structural members. This project mainly deals with the comparative analysis of conventional bricks and light weight bricks, results which are obtained from the analysis of a multi storied building where analyzed by using ETABS software
From the analysis 6.15% of shear force is reduced in light weight bricks when compared to conventional bricks
Summary
Building construction is that the engineering deals with the development of building like residential houses. As the times passed as humans being started living in huts made from timber branches The shelters of these old are developed nowadays into beautiful houses. Results suggests that the optimum mix, both in terms of the strength parameters and overall physico-chemical characteristics will be 80% RPMR, 10% RHA and 10% cement In this project, attempt has to been done to replace the red bricks with light weight blocks. Due to its lower density of these blocks, tall buildings constructed using these blocks have less need for steel and concrete for structural members This project mainly deals with the comparative analysis of conventional bricks and light weight bricks, results which are obtained from the analysis of a multi storied building where analyzed by using ETABS software
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