Fiber-reinforced plastics are undoubtedly superior to metals in many sectors due to their
advantageous properties. Especially carbon fiber reinforced plastics (CFRP) and glass fiber …

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

This study aims to investigate the temperature effects on the flexural and Charpy impact
behavior of thin-ply unidirectional (UD) carbon-basalt fibers/epoxy hybrid composites. The …

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 …

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 …

As the commercialization of fiber-reinforced polymer composites is gaining momentum, new
strategies for improving their mechanical properties are constantly being investigated by …

The primary aim of this research is to develop and study the mechanical properties of the
hybrid composites reinforced with alternate layers of glass and kenaf fibers in epoxy resin …

With rapid development in the field of polymer-reinforced composites, the trend has shifted
towards hybridization. Natural fibres have been found to have poor water resistance and …

In this study, the effects of different environmental temperatures and stacking sequences of
fibers on the flexural properties of the hybrid composites including epoxy resin, basalt fibers …

Fiber-based hybrid composite materials are used for variety of industrial purposes going on
from automotive to many engineering fields such as structural, aerospace because of unique …