This study evaluates the mechanical response for different flexural loading direction
scenarios of the fiber metal laminates (FMLs), an aluminum structure retrofitted with basalt …

Low-velocity impact (LVI) can provoke catastrophic failure depending on the impact energy,
lay-up configuration, and the operating temperature in fiber-reinforced composite structures …

Barely visible impact damages of fiber-reinforced polymers (FRPs) have been the subject of
much systematic investigation, specifically with the combination of the service conditions …

Carbon fiber‐reinforced high‐performance thermoplastic composites have recently become
an efficient alternative for aerospace engineering applications. However, the temperature …

This study investigates the damage behavior of autoclave consolidated carbon fiber/
Polyetherketoneketone (CF/PEKK) laminates manufactured by the automated fiber …

Here, we propose the utilization of atmospheric plasma activation (APA), which outperforms
peel-ply (PP) treatment and mechanical abrasion (MA) in achieving high-performance …

This comprehensive study evaluates the performance of advanced thermoplastic
composites' adhesively bonded joints (ABJs), focusing on fracture toughness and dynamic …

This study investigates the tensile and tensile after impact (TAI) performance of hybrid
bolted/bonded (HBB) and only bolted (OB) carbon fiber/epoxy composite joints with cross …

This study introduces an innovative Modified Mantell and Springer (MMS) model to more
accurately assess degree of intimate contact with improved accuracy for laser-assisted fiber …

The presented research aims to enhance the ageing performance of nanocomposites and
bonded joints in the saltwater medium with boron nanoparticle do**. Epoxy …