Effect Of Wind Load On Low, Medium, High Rise Buildings In Different Terrain Category

Authors

  • J. Rex, M. Vijay Harsha, J Selwyn Babu

Abstract

Every Tall structure can vibrate in wind and wind directions as a result of the wind. Modern large structures built to meet the lateral demands of drift can still excessively oscillate during wind turbulence. Those oscillations can threaten the Tall building as buildings with a rising height become increasingly vulnerable to high-speed wind oscillation. Sometimes, even if the occupants are not threatened by the structural harm, these oscillations may trigger discomfort. A precise evaluation of building motion is therefore an important condition for operability. The answer of Tall buildings to the wind charges is few. There are some forms. In relation to the earth's surface, wind is the perceptible natural motion of air, especially in the form of a certain direction. The main damaging thing about the structures of civil engineering is that it loads every item it entails. Wind blows in rugged terrain with less speed and smooth terrain with greater speed. This paper demonstrates storey drift, storey shear, and support reactions from wind in various category buildings on different levels (low-rise buildings, medium-rise and high-rise). Present pieces provide a good source of information on drift variations, shear are compared as model height changes and drift percentage changes, shear of the same model in different field category.

Published

2020-11-01

Issue

Section

Articles