Safe design of adhesive joining in multi-materials in engineered structures requires the
accumulation of numerous experimental data on the failure behavior of various adhesively …

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 …

Vibrational spectroscopic technique has been utilized to investigate interfacial bonding
chemistry of two epoxy adhesive products, XP0012 and XP5005F, on plasma-treated …

This work investigated how the structure size affects the quasi‐static and fatigue behaviors
of graphene polymer nanocomposites, a topic that has been often overlooked. The results …

Self-reinforced composites (SRCs) consist of reinforcing fibers and a base matrix made of
the same thermoplastic polymer, offering lightweight, recyclability, and sustainability …

This work investigated the effects of air plasma surface treatment with gradient speeds and
stepover distances (ie, treatment pattern) on the Mode I fracture resistance of adhesively …

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

Commercial adhesive paste was additionally activated using low-power oxygen-containing
plasma with different plasma exposure durations to investigate its interfacial bonding …

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 …