Using Ultra-high performance concrete (UHPC) to replace normal strength concrete (NSC)
can greatly reduce the weight of steel-concrete composite structures. However, the bonding …

The current study attempted to evaluate the impact of drilling parameters and delamination
on the bearing strength of both neat GFRP (NG) and hybrid GFRP/aluminum (Al)-wire mesh …

In the face of fierce competition in the automotive market, severe environmental problems,
and the consistent enhancement of consumer demands for vehicle performance, research …

Glass laminate aluminum reinforced epoxy (GLARE) mixes an extremely thin ply of
aluminum wire mesh layers with epoxy strengthened with fibers to create a hybrid composite …

Today's industries are actively seeking innovative materials that offer specific advantages,
such as low cost, high strength-to-weight ratio, corrosion resistance, fracture resistance, and …

Thermoplastic polycarbonate provides minimal structural weight and ductility and is a
recyclable material. However, investigation of the characteristics of hybrid composites …

This study explores the application of abrasive waterjet drilling (AWJD) for varied patterns of
GF/Al mesh hybrid composites (neat glass NG, AG: Al in the exterior surface, and GA: Al in …

Understanding how different hybrid composite designs under flexural, interlaminar shear
and fracture is the objective of this study. The hybrid composite was manufactured utilizing …

In this study, neat glass (NG) fiber and hybrid GF/Al‐wire mesh composites with two different
aluminum configurations (AG: with Al in the outer surface, and GA [Glass fiber/Al‐mesh]: with …

Ceramic array armor suffers from insufficient constrained capability of ceramic units in the
embedded armor structure, leading to weak interfacial bonding at ceramic unit connections …