The use of fibre-reinforced plastics (FRPs) in sandwich structures increased for various
industrial applications thanks to their strength-to-weight ratio which provides designers with …

The effect of separation of fiber orientation through the thickness of thin composites on their
low velocity impact response is studied. The composites are prepared using unidirectional …

Though weft-knitted spacer fabric made from high-performance continuous fiber offers great
potential for lightweight composite with high energy absorption characteristic, it has yet to be …

The first and most important step in the numerical analysis of the mechanical properties of
complex structures is to create an accurate geometrical model. This paper aims to generate …

Sandwich-structured composites are designed to improve through-the-thickness mechanical
properties. In this paper, the effect of Z-fiber orientation on the bending behavior of sandwich …

In order to prepare a cushioning composite with good resilience and compressibility, the 3D
fabric was perforated into a hexagonal honeycomb, high elasticity porous polyurethane …

In this study, low-velocity impact and interfacial bonding properties of weft-knitted ultra-high-
molecular-weight-polyethylene (UHMWPE) filaments reinforced epoxy resin and vinyl ester …

Nowadays, fiber reinforced laminated composites are widely used in many applications due
to their high strength/weight ratio. However, these materials are very sensitive to transverse …

In this study, the carbon fiber weft‐knitting (CFWK)‐reinforced composites were prepared
and the deformation mechanism during acoustic emission (AE) and low‐velocity impact …

Personal protective material against low-speed impact is highly needed in daily life. 3D-
trapezoid composite fabrics with excellent impact resistance were prepared by impregnating …