Dynamic compressive behaviour of cellular materials is crucial to their applications in
energy absorption, ballistic mitigation and blast/impact protection. The recent research …

Closed-cell aluminum foam has a porous structure and metal properties due to its unique
composition. As a structural material, it has the advantages of being lightweight, having a …

This paper focuses on the analytical and experimental investigations on the low-velocity
impact response of multilayer foam core sandwich panels with composite face sheets …

In this paper, high velocity impact responses of newly designed sandwich panels with
aluminium (AL) foam core and metal fibre laminate (FML) skins, which are comprised of …

This study aims to investigate the dynamic response of foam core sandwich panel with
composite facesheets, particularly considering the penetration processes under low-velocity …

Sandwich structures have a high capacity for stiffness, strength, and energy absorption, and
are frequently used as lightweight composite components in shipbuilding and aeronautical …

Dynamic response of sandwich plates with a metal honeycomb core under low-velocity
impact has been investigated. Experiments of the fully clamped sandwich plates subjected …

In this paper, the dynamic responses of sandwich plate with foam core subjected to wedge
impact are theoretically investigated. An analytical model of fully clamped foam-core …

The use of sandwich structures combines low weight with high energy absorbing capacity,
so they are suitable for applications in the transport industry (automotive, aerospace …

In view of the wide demands of sandwich structure with porous material as core layer in
many important fields such as protection engineering, aerospace, automobile manufacturing …