Performance-based design plays a significant role in the structural and earthquake
engineering community to ensure both safety and economic feasibility. Its application to …

While openings are an essential requirement in buildings as a source of access, fresh air
and sunlight, these openings cause a reduction in the lateral stiffness and torsional …

Different modelling approaches are available for the evaluation of the nonlinear response of
structures. The goals of this paper are to determine the implications of two frame modelling …

The offshore platform's topside is vulnerable to accidental loads, including impact and blast
loads that arise from hydrocarbon explosions. In addition, higher stresses are developed on …

Background: Extinct earthquakes events demonstrate that, buildings with irregularity is
vulnerable to earthquake damages. So as it's essential to spot the seismal response of the …

The paper presents a study on the seismic behavior of irregular unreinforced masonry
buildings, aiming at evaluating the effects of higher modes. First, the macroelement model …

Offshore platforms face many risks, including a hostile ocean environment, extreme
temperatures, overpressure loads, fire risks, and hydrocarbon explosions, all of which pose …

Many existing buildings with reinforced concrete structure have, in reality, irregular
configurations especially in plan. This category of edifices cannot be avoided due to the …

In this investigation, the seismic torsional response of a multi-storey concentrically braced
frame (CBF) plan irregular structure is evaluated numerically and experimentally through a …

This paper tells about the behavior multistory building during earthquake using Push over
analysis. In this push over analysis of G+ 20 Multistoried building is carried out. In push over …