Strain hardening cementitious composites (SHCC) as a newly emerging material has bright
application prospect with good ductility and multiple microcracking behaviors. Combining …

This study investigates the elastic and inelastic major-axis flexural buckling of cellular steel
columns. Based on the stationary principle of potential energy, the existing elastic buckling …

In this paper, the lateral torsional buckling failure of Indian beam section has been
numerically investigated. Experiments were carried out on perforated cellular beams subject …

There has been significant recent interest in origami-inspired foldable structures for
applications in which transportability and rapid construction are primary design drivers, for …

Slenderness is a remarkable geometrical characteristic of thin steel plates. When a slender
plate is subjected to an axial compression loading, a mechanical behavior called buckling …

In the current study, the up to failure behavior of the Hybrid Castellated Beams (HCBs) is
predicted with the use of a developed Finite Element (FE) model. Both material and …

Cellular member use in buildings has increased. However, studies on the load bearing
capacity of cellular columns or beam-columns are still lacking. This study aimed to examine …

This paper presents an axial compression behavior of bare and concrete-encased cellular
steel (CECS) short columns. Three cellular steel configurations with different hole diameters …

Recently, castellated columns have been increasingly used in buildings because of their
flexibility, easy compatibility and potential savings due to less steel consumption. However …

This study aimed to investigate the structural behavior of castellated beam-column steel
elements. The benefit of castellation laid in increasing the section's depth to induce an …