Analysis of a Green Building Structure Under Dynamic Loading Condition using ETABS

Abstract

Present world is requesting supportable practices in varying backgrounds and development industry isn't unique. The maintainability idea in development industry has made some amazing progress yet there is need for new turns of events and creations.
One of the key aspect of sustainable construction is the concept of green buildings. It is the type of buildings that are environment friendly as well as resource efficient. There are several systems for assessing the green building and rating them accordingly. In India, there exist 3 major rating systems but all of these systems only account for very large buildings or small commercial buildings. This exploration center around attempting to oblige a little existing private structure into the structure of one of the rating frameworks SVAGRIHA (Basic Flexible Reasonable Green Rating for Incorporated Living space Evaluation) for changing over the halfway customary structure into green structure. The structure condition was examined and green structure ideas were suggested. A basic expense investigation for the extra works and frameworks were likewise finished to show the efficient part of transformation to green structure. A bunch of suggestion to better the green structure rating frameworks as well with respect to regulatory level were given.
This research presented comparative analysis of a 17 storey conventional structure and a sustainable structure considering similar loading conditions designed using ETABS. The comparative analysis was conducted on parameters of storey moment, storey diplacmenet, storey drift and storey shear. In this study material replacements were scheduled such as low carbon footprint material replacing a certain percentage of cement in foam concrete for R.C.C. members. In this research work for modelling and dynamic analysis ETABS tool is considered.