Impacting thermoplastic-based laminates by a high thermal energy-eg a flame—essentially
causes the progressive deterioration of the matrix, involving solid-state transformations and …

This paper presents a numerical modelling methodology to investigate the thermo-
mechanics of carbon reinforced thermoplastic-based laminates in the situation of …

This work examines the influence of kerosene flame exposure on the residual mechanical
behavior (tension and compression) of hybrid quasi-isotropic composite laminates …

The present work focuses on the thermomechanical behaviour of thermoplastic-based
composite materials subjected to the combined action of a mechanical loading in tension …

In general, aerospace structures manufactured using fiber reinforced polymer composites
are exposed to fluctuating temperatures and subjected to cyclic loading during their service …

This work aims at investigating the thermo-mechanical coupling under critical temperature
conditions in hybrid carbon/glass fibers reinforced Poly Ether Ether Ketone (PEEK) …

The influence of the fire exposure on the degradation mechanism of thin carbon/epoxy and
carbon/polyphenylene sulphide (PPS) laminates has been investigated using a propane …

Damage to composite laminates in a fire will significantly affect their structural integrity and
post-fire performance. Here, we investigate the low-velocity impact (LVI) responses and …

The influence of fire exposure on the residual compressive behaviors of carbon fibers woven-
ply Polyphenylene Sulfide has been investigated for aeronautical applications. For heat …

This work examines the influence of a kerosene flame on the residual mechanical tensile
properties of composite laminates manufactured by thermo-consolidation process from …