Examining the mechanical performance of CFRP and aluminum samples subjected to
environmental aging is crucial. Additionally, it is essential to develop methods to enhance …

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

Enhancing the understanding of how fiber-reinforced polymer composites respond to high-
speed impacts is crucial, particularly in comparison to Quasi-Static Punch Shear Test (QS …

The preference for thermoplastic composites over thermoset ones is steadily growing,
especially in constructing resilient, lightweight, and fuel‐efficient structures in industrial …

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

In this work, the interface interaction between basalt fiber (BF) and epoxy resin (EP) is
improved using the in-situ growth of polysiloxane nanowires (SiNWs) on the BF surface …

The delamination behavior of carbon fiber-reinforced polymers (CFRP) under out-of-plane
loading significantly limits their use in demanding applications. Thus, this study explores the …

Epoxy nanocomposites are crucial in aerospace, enhancing structural performance,
reducing weight, and improving fuel efficiency across various applications. They ensure …

Co-curing bonding is more efficient than co-bonding and secondary bonding for structural
component assembly. This work used novel covered laminas with co-cured joining …

Adhesive bonded joints hold significant importance across various industrial sectors in
modern engineering, owing to their lightweight nature and myriad advantages. The rising …