Rigorous assessment of structural response to seismic excitation poses challenges for
researchers in their bid to account for the effects of (1) biaxial interaction; and (2) incidence …

The estimation of critical seismic response of a structure is complicated in nature due to the
uncertain distribution of the internal forces under multidirectional seismic excitations. One of …

The trends of irregular building construction have rapidly increased due to aesthetic and
limited availability of land. Past studies have shown that the structures with configuration …

This research presents the influence of varying seismic orientations on the statistical
distribution of nonlinear seismic response considering a numerically validated stiffness …

In view of the stronger vulnerability of horizontally irregular structures during earthquakes,
numerous studies have been made since mid-1950 s. Unfortunately, research progress in …

This study investigates the effects of horizontal ground motion incident angle on a high-
speed railway continuous bridge (HSRCB). To that end, incremental dynamic analyses …

Transmission lines, which are important for maintaining economic and social operations, are
vulnerable to collapse damage due to the effect of multidimensional ground motion. In this …

The focus of this study is the impact of the seismic excitation direction on the fragility of
horizontally curved bridges. Nonlinear time history analyses are performed on a typical …

The response of a non‐circular structure strongly depends on the orientation of the
horizontal ground motion components vis‐à‐vis the structure's principal axes. At the same …

Despite the undeniable influence of the angle of seismic incidence on seismic demand,
limited research has been performed to determine its effect when assessing the probabilistic …