Nonstructural components (NSCs) are parts, elements, and subsystems that are not part of
the primary load-bearing system of building structures but are subject to seismic loading …

The primary structural system of a building is designed to resist a variety of loads. In addition
to this primary system, there are secondary systems or so-called 'non-structural'elements …

The achievement of adequate performance objectives for buildings under increasing
seismic intensities is not only related to the performance of structural members but also to …

The effect of different structures configurations on the collision between adjacent planar RC
building frames subjected to strong earthquakes is examined in this paper. Two 5‐storey …

The peak acceleration demands for acceleration-sensitive nonstructural components
supported on elastic and inelastic regular moment-resisting frame structures are statistically …

This paper presents a seismic vulnerability analysis of historic brick masonry buildings in
Vienna, Austria from the period of the Austro-Hungarian monarchy (1840–1918). The …

Strong earthquakes can destroy infrastructure systems and cause injuries and/or fatalities.
Therefore, it is important to investigate seismic performance of interdependent infrastructure …

Using representative numerical models of eight code-designed steel moment-resisting
frame buildings and several ground motions, time-history analyses are performed and a …

Floor accelerations are needed to evaluate in-plane diaphragm forces in earthquake
resistant design of buildings, and for the design of their connections. Recorded floor …

Building codes and standards now require seismic qualification of mechanical and electrical
equipment and their mounting systems in important buildings to ensure that they remain …