Composite shear walls have emerged as an innovative and efficient solution for resisting
lateral loads in high-rise buildings. With the inclusion of these types of shear walls in various …

This paper evaluates the shrinkage performance of concrete under complex internal
constraint environments comprising steel plates, studs, and reinforcement to investigate their …

In recent years, steel-concrete composite walls have been widely used in practical
engineering, primarily attributed to their exceptional properties. This paper proposed a novel …

Partially encased concrete composite (PEC) components have gained popularity recently
because they are suitable for prefabricated construction. Corrugated steel plates have …

The prefabricated corrugated steel plate shear wall (PCSPSW) embedded within the frames
is composed of one corrugated steel plate (CSP) and two vertical boundary elements …

This study investigates the hysteretic performance of corrugated steel plate composite shear
walls. Six shear walls were designed for experimental research to analyze the failure …

This study investigated the mechanical behavior of fabricated corrugated steel plate during
tunnel construction period and the influence on surrounding ground settlement, aiming to …

Semi-rigid connected steel frame is characterized by excellent displacement ductility and
energy dissipation capacity, while detrimental infill-frame interaction from the traditional infill …

This research introduces an experimental test and finite element method to study the seismic
performance and shear lag effect of T-shaped steel plate reinforced concrete composite …

In this paper, a new structural form of installing a replaceable corner tension-and-
compression damper (RCTCD) at the bottom of corrugated steel plate-concrete (CSPC) …