The shear capacity of steel beams is important for safe and efficient design in construction.
Existing approaches have not accurately predicted the ultimate shear resistance of plate …

Trapezoidally corrugated web steel beams (CWSBs) are commonly utilized in various
building applications. However, there is limited information about their operational behavior …

Steel beams' shear strength is one of the most important factors that influence how quickly
webs buckle. Despite extensive studies having been performed over the previous three …

Hybrid beams provide the opportunity to implement characterized steel sections by
recruiting materials based on yield strength and the type of applied stress. Previous studies …

The shear span-to-effective depth ratio is known to modulate the shear behaviour of steel
beams with corrugated webs (SBCWs). However, present design standards for SBCWs do …

Previous research confirmed that a corrugated web beam (CWB) can sustain a higher shear
stress than the conventional flat web beam (FWB), contrary to the case of pure bending. In …

The load/deflection behavior of plate girders was investigated both analytically and
numerically. The load/deflection values in the pre-buckling and post-buckling stages were …

The shear span-to-effective depth ratio is known to modulate the shear behaviour of steel
beams with corrugated webs (SBCWs). However, present design standards for SBCWs do …