As the population is growing and land becomes
limited and new materials and construction technologies are built
together, structural structures of this nature are growing larger
and smaller, which are prone to two types of dynamic forces,
tectonic drags and wind powers. In developing countries like
India the exponential growth of the urban population has
prompted a reassessment of the value of high – rise irregular
buildings. For the construction of high - rise irregular buildings,
the impact of gust loads is to be remembered. In India, gust
caused numerous structural failures. IS 875:2015 Part-3
considers the gust loads on various kinds of irregular structures
and IS 1893 (Part-1):2016 recognizes tectonic drags. The study
focuses on peculiar constructions of different aspect ratios i.e.
the impact of tears and tectonic drags. H / B ratio, with H being
the overall construction system height; and B being the base
width of the structure frame using STADD , Structure mass
irregularities using E-TABS; from this paper we are examining
the impact of wind (gusts), seismic (tectonical) load on building
height by changing the number of floors with a the aspect rate. H
/ B ratio Many researchers design a system that is immune to
tectonic drags, but the tectonic drag framework can not be built
without causing damage. A large proportion of existing urban
infrastructure is composed of vertical irregular structures.
Seismic Evaluation of RC Framed Irregular Buildings with Soil Structure Interaction
