Corrugated-web girders (CWGs) utilize the benefits of folded webs in multiple profile shapes
for their promising structural performance than flat-web girders (FWGs). The folded webs …

Composite box beams with concrete flanges and corrugated steel webs (CSWs) have been
widely adopted in bridge engineering owing to their light weight and ability to prevent web …

Owing to the superior mechanical performance and material efficiency, the combination of
prestressed concrete (PC) slabs and corrugated steel webs (CSW) as PC girder with CSWs …

Corrugated web plates have been used in recent years as the webs of steel girders in bridge
constructions thanks for their advantages, especially their superior shear capacities relative …

In this study, a modified bar simulation method is proposed for analyzing the shear lag effect
of non-prismatic composite box girders with corrugated steel webs (CBGCSWs) during the …

The cladding ratio brings noteworthy influence on the monotonic stress–strain properties of
stainless-clad bimetallic steel (SBS), which obviously influences the resistance capacity of …

Corrugated steel webs have been widely applied to steel-concrete composite beams due to
their excellent shear performance. However, there needs to be adequate research on the …

This study presents an experimental investigation of the fatigue performance of non-load-
carrying transverse fillet-welded attachments made of high-strength steel (HSS). Four typical …

The corrugated steel web girder (CSWG) has been widely used since its light self-weight
and high shear stability. Previous studies on the shear response focus on the shear buckling …

The shear strength of steel corrugated web girders (SCWGs) has been widely investigated
due to their excellent mechanical behaviour. However, experiments of SCWGs especially …