Fiber metal laminas (FMLs) are disadvantaged by weak interlaminar strength limiting their
application where dynamic loads are expected. In this study, graphene platelets (GnPs) …

This work investigated the effect of embedded metal wire nets on both double-point low-
velocity impact (LVI) and compression-after-double-impact (CAI) behaviors of glass fiber …

Fibre metal laminates (FML) are a specific type of material made of both metal and fibre-
reinforced composite layers. In this paper, the authors analyse the behaviour of fibre metal …

Three different types (with glass, basalt and hybrid fibres) of composite rebars manufactured
using the pultrusion process were loaded in four-point bending tests. All tests were carried …

Forming limit curve (FLC) is an essential criterion for evaluating the formability of fiber metal
laminates (FMLs) in mass fabrication. However, conventional methodologies are unable to …

Rock bolt support is one of the key methods to maintain the stability of underground space.
The durability of the rock bolt can be weakened by cyclic loading, resulting in premature …

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 …

In this paper, pultruded GFRP bars are investigated to determine their fracture properties.
The double cantilever beam test (DCB) is used to assess fracture behavior under mode I …

Purpose In this research, the free vibration sensitivity analysis of cracked fiber metal
laminated (FML) beams is investigated numerically and experimentally. The effects of single …

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