This paper presents a numerical investigation on progressive collapse mechanisms of steel
frames with partial infill walls under fire scenarios using ABAQUS platform. The load …

Infill walls significantly affect the dynamic characteristics and the seismic performance of
reinforced concrete (RC) frames. To evaluate the influence of connection type and …

This study investigated the failure modes of masonry-infilled frames, a common structural
system in modern construction. By analyzing 6,496 frames and considering variables such …

This paper presents in-depth results of a proposed strut model for masonry infill walls in
moment-resisting steel frames. The proposed model is based on the results of calibrated …

This paper numerically investigates the influence of masonry infill walls on collapse
mechanisms of steel frames under fire scenarios. Three six-story by five-bay steel frames …

Masonry infill walls (MIWs) are essential partition components that are often damaged
during earthquakes because of their brittle nature. As a result, innovative solutions are …

An experimental and analytical study is carried out to investigate the effects of lateral loading
type on the behavior of masonry infilled steel frames. During earthquake the lateral load is …

Abstract Evaluation of the seismic performance of masonry-infilled reinforced concrete (RC)
frames is challenging because a number of damage patterns can be induced by the …

The experimental results of four full-scale confined masonry (CM) walls subjected to cycling
loading are presented. These structural elements are widely used in low-and mid-rise …

This paper presents the outcomes of an extensive experimental campaign and of numerical
analyses aimed at characterising the cyclic shear behaviour of masonry triplets with mortar …