Analysis of Multistoried Buildings With and Without Floating Columns in Different Seismic Zones: A Review

Abstract

Discarded or unwanted electronic products are called electronic waste or e-waste. As it is also reported that every year around 500 lakhs of tons of e-waste is produced which depends on the various reaction, that may be very dangerous depending on the various suitable conditions. Not usable batteries, electrical components, and various other electrochemical wastes can produce undesirable results. Therefore, it is important to pay attention to electronic waste as well as other waste. The situation is indicating the country India as well as others also will generate around 150 thousand tons of electronic waste per year. The study was carried out in a commonplace structure devoid of any floating objects. Floating interior and corner columns are given in columns and buildings with floating columns on each floor. Here, the structure is built in such a way that it protects structures while also offering buoyancy pillars on each story. As a result, each building has various beam and column sizes. Three cases were mostly maintained for our investigation on the inside. A typical construction without floating supports comes first. Second, imagine a building with floating columns inside, with one on each story. This example is broken down into fifteen subcases. Thirdly, supply buildings with floating columns at the building's corners. This time, divide the case into fifteen smaller ones, each of which likewise offers float intervals on every story. Beam and column diameters have modified to accommodate floating pillars on each story and increased building security. My primary research objective is to use ETABS to examine the seismic response of structures with and without floating columns.