Steel-concrete-steel sandwich composite structures (SCSSCSs) have become popular and
been used as the high-rise-building shear walls, immersed and shielding tunnels, bridge …

This paper presents a study on the low-velocity impact response of a new steel-
polyurethane foam-steel–concrete-steel (SPUFSCS) panel. The SPUFSCS composite panel …

In this study, a novel multi-cell steel–concrete–steel (MCSCS) sandwich panel was
proposed for enhancing impact resistance of the traditional steel–concrete–steel​(SCS) …

A new stiffener-enhanced steel–concrete–steel (SESCS) sandwich beam was proposed for
impact resisting, and the dynamic response of the SESCS sandwich beam under low …

The dynamic responses of steel–concrete–steel (SCS) sandwich beams with novel
interlocked angle connectors (IACs) under low-velocity impact were studied and presented …

An important weakness of the steel–concrete-steel (SCS) sandwich structure with
corrugated-strip shear connectors (CSCs) is the lack of access to make two-end welding of …

The structural performance of the Steel-Concrete-Steel (SCS) sandwich beams with bolt
connectors subjected to off-center impact load was investigated in this paper. Nine SCS …

In this study, a new stiffener-enhanced steel-concrete-steel (SESCS) sandwich panel was
proposed with the aim of improving the impact resistance of the traditional steel-concrete …

In this work the first-and second-order shear and normal deformation as well as the third-
order shear deformation theories are applied to delaminated sandwich shells having …

In this paper, a flat steel plate-concrete-corrugated steel plate (FS-C-CS) sandwich panel
was proposed and its impact responses were first studied by employing the drop-weight …