This paper provides a state-of-the-art review on adhesively bonded joints (ABJs) for
composite materials and structures, with a focus on the open literatures from 2016 to 2023 to …

It is a challenging target to improve the dynamic analysis and free vibration analysis of fiber
metal laminates (FMLs) while providing great promise as lightweight structural components …

Unlike existing literature that primarily concentrates on either the plasma treatment of
adherends alone or solely on adhesive surfaces, this work leverages plasma modification of …

Abstract Fibre Metal Laminates are currently one of the most perspective hybrids for
aerospace and other industries, because of unique properties, especially damage …

Interlaminar toughening for metal-polymer interfaces in woven lay-up Fiber Metal Laminates
(w-FMLs) is a critical concern, demanding isotropic mechanics and higher energy …

The main goal of this research is to experimentally investigate and numerically model the
delamination behaviour of magnesium alloy-based Fibre Metal Laminates (FMLs) making …

Metal/polymer-based composites hybrid (MPH) structures combine the high strength of
metals with the low density of polymer-based composites, making them widely used in …

This paper revealed the detrimental effects of micro-scale air interfacial voids on the
debonding at the interface of carbon-fiber-reinforced polyphthalamide (CFRPPA) and …

This paper studied the effects of void sizes on the failure behavior of adhesively-bonded
materials under global shear via micro-scale computational modeling. The numerical results …

We propose a deep learning (DL) regression strategy to solve inverse acoustic scattering
problems. This strategy is capable of recovering heterogeneous defect fields in any interface …