In this study, two different type of glass and carbon fiber hybrid laminates were manufactured
using a low‐viscosity thermoplastic resin that is, Elium®. A detailed microstructure …

Multi-scale analysis is of great interest to calculate the final response of hybrid textile-
reinforced carbon/glass epoxy (TRCG) composites based on micromechanical tests and …

Even though laminated FRP composites show exceptional performance in various modes of
loading, they are susceptible to delamination. The ambient temperature and elevated …

Utilizing recycled or short fibers for making useful engineering composite component is a
present research trend and requirement. Current research work explicates the effect of short …

Delamination is one of the life‐limiting failure modes for fiber reinforced polymer (FRP)
composite composites resulting in poor damage tolerance, as this failure mode occurs at …

Composite components' fabrication generates vast amounts of fiber wastes. This research
suggests using short carbon fibers (SCFs) as secondary reinforcement in glass fiber …

The fabrication of carbon fiber‐reinforced polymer composites generates vast amounts of
waste carbon fiber. In the present work, these waste carbon fibers were added in varying …

Advanced fiber-reinforced polymer composites are stronger, durable and lighter than their
metallic counterparts. Inter-ply hybrid polymer composites are formed by more than one type …

Novel regionally intralayer hybrid composites were designed and their mechanical
properties were investigated. Carbon and glass fibers were used as the reinforcement and …

Interlayer hybrid composites can be tailored for enhanced strength and stiffness. Research
on enhancing the mechanical properties of Interlayer hybrid composites is being explored …