Carbon fiber reinforced polymers (CFRP) is becoming the predominant material in the
aviation industry due to its excellent performance including light weight, high specific …

This paper explores the use of compression moulding to produce structural hybrid
composites based on short-fibre composites, combining a short-fibre core and uni …

In this paper, a thorough investigation into the vibration response of bolted composite
flanged-cylindrical shell structures, considering the material nonlinearity of carbon fiber …

This study, for the first time, investigates using a 3D printing nozzle instead of a compression
roller to print sliced width of continuous carbon fibre-reinforced PEEK composite tape …

Both bio-helical toughening and fiber hybridization provide significant strengthening effects
on the penetration properties of composite, and their combination may lead to even greater …

A modified theoretical method for the punch shear test is derived by considering the
influence of stress wave reflections caused by cross section discontinuities in the incident …

One of the challenges to be addressed in the reasonable prediction of the mechanical
properties of nanocomposites at elevated temperatures is the quantitative characterization of …

An effective multiscale model considering strain rate effects has been developed. The static
mechanical behavior and ballistic impact behavior of two-dimensional (2D) hybrid …

Integrated ATM, an integrated accelerated testing methodology for CFRP durability, is
described herein. It is expressed as a single formula including several parameters …

This study investigates the vibrational performance of a new generation of hybrid
composites based on a short fibre core for structural dynamic applications. The dynamic …