Carbon nanomaterial-coated piezoresistive fiber sensors are finding applications in many
industries for in-situ process and structural health monitoring of composites. These …

To date, it is still a challenge to simultaneously reinforce and well monitor the delamination
of carbon fiber reinforced plastics (CFRPs) using nanocarbon-based interleaf due to the …

A major problem with carbon fiber/epoxy (CF/EP) composites is their weakness to resist
interlaminar delamination originating from the brittle epoxy matrix. Interleaving has been …

The network formation of reduced graphene oxide (rGO) within an epoxy resin during curing
has been in-situ visualised for the first time, with its effect on electrical, mechanical, and …

Carbon fibre reinforced plastics (CFRPs) are intensively used in modern aircraft structures
because of their superb specific mechanical properties. Unfortunately their electrical and …

An effective strategy to improve the mode I and mode II interlaminar fracture toughness (G IC
and G IIC) of unidirectional carbon fiber/epoxy (CF/E) laminates using a hybrid combination …

The influence of a hybrid interleaf system based on aramid and phenoxy fibres on the
interlaminar toughness and damage tolerance of epoxy based carbon fibre reinforced …

The development of high-performance self-powered sensors in advanced composites
addresses the increasing demands of various fields such as aerospace, wearable …

Bio-based and eco-friendly materials have gained a great amount of attention, thanks to the
increased awareness of sustainable development and global environments. The use of …

Since the discovery of graphene, various industries such as aerospace and automotive are
trying to utilize this fascinating nanofiller to enhance components' performance. An important …