Composites are potential replacement materials for marine propellers due to their benefits
including high strength-to-weight ratio, high environmental and fatigue resistance, damping …

This work investigates the effects of carbon/glass/basalt hybridization and fabric structure on
the low velocity impact resistance of fibre reinforced plastic composites. Interply hybrid …

Hybrid laminates produced using carbon (C) and flax (F) fibre epoxy prepregs were
fabricated with two different stacking sequences based on the presence of flax fibre …

Composite materials are now used throughout the marine industry but their susceptibility to
impact events is still an unresolved problem. The complex nature of the problem in terms of …

This paper aims to investigate the effects of the hybrid effect and stacking configuration of
carbon fiber and aramid fiber fabric on the low-velocity impact and post-impact flexural …

The low velocity impact behavior of E-glass/basalt reinforced hybrid laminates,
manufactured by resin transfer moulding technique, was investigated. Specimens prepared …

This paper aims to evaluate the influences of impact-induced damage on the residual
flexural strength of honeycomb core sandwich panels with different structural configurations …

This paper aims to investigate the low-velocity impact response and post-impact flexural
behaviour of hybrid sandwich structures consisting of carbon fibre-reinforced polymer …

Hybrid polymeric composites are currently used in aerospace structures due to their specific
strength and stiffness as well as larger design space. This paper presents an experimental …

This study investigates the medium velocity impact response and post-impact flexural
behavior of hybrid sandwich structures. A series of experiments are performed over a range …