Fiber metal laminates (FMLs) have the advantages of both metals and composite materials,
making them highly promising materials in the aviation industry. The metal-polymer …

In this paper, preliminary studies on the failure analysis of hybrid composite materials
utilizing acoustic emission and machine learning are presented. The main purpose of this …

The study consisting of two stages is carried out to better interpret the damage processes
occurring in fibre metal laminate (FML) composite samples. At the first stage, a three …

Titanium alloy-based carbon fiber reinforced polyetheretherketone laminates
(TA2/Cf/PEEK), as an emerging type of fiber metal laminates, have demonstrated their …

The work analyzes the fracture topography of composite specimens subjected to three-point
bending–static and impact. Scanning electron microscopy was used for this purpose. The …

This study presents a combined experimental-numerical approach to predict the load-
displacement response of a steel/carbon fibre composite in bending-dominated forming. The …

Acoustic emission (AE) technology plays a crucial role in dynamic nondestructive testing. To
investigate material properties, friction characteristics, damage features, and acoustic source …

The objective of this paper is to analyze the mechanical properties and damage
mechanisms of carbon fiber‐reinforced polyamide thermoplastic composite laminates. Four …