Sandwich structures have picked up ubiquity in engineering applications due to its
lightweight nature, high bending stiffness, high fatigue resistance and ability to absorb …

The application of fiber-reinforced plastic (FRP) composite materials instead of metals, due
to the low density of FRP materials, results in weight savings in the base plates of aircraft …

Grid-scored foams contribute significantly to the flexural properties of sandwich structures
such as boat hulls and decks, which are subjected to varying loads during service. This …

In the paper behaviour of laminated sandwich beams (FRP face sheet–PET foam core–FRP
face sheet) subjected to three point bending is studied. The paper aim is to find practical …

This paper presents a rigorous study on the flexural behaviour of symmetric and asymmetric
marine sandwich beams consisting of polyvinyl chloride (PVC) foam core and glass fibre …

Due to the environmental impact associated with steel production and its status as a non-
renewable resource, there is a growing interest in studying the potential replacement of steel …

This paper aims to evaluate the influence of graphene nanoparticles and the structural
configuration of the core as independent variables on the flexural strength of the composite …

The aim of this study was to improve four-point bending performance of foam core sandwich
composite beams by applying various core machining configurations. Sandwich composites …

This study attempts to modify two distinct lamination processes of double-belt and
compression molding to produce environmentally sustainable full thermoplastic sandwich …

Sandwich structures are often prone to catastrophic failure due to premature separation
between the core and skin layers. Geometric parameters, such as the thickness of the skin …