This study emphasizes the significance of stacking sequence and hybridization of glass,
carbon, kevlar and basalt fibers to enhance the mechanical characteristics and the overall …

The replacement of metallic components by carbon fiber reinforced polymer (CFRP)
composites is inhibited due to expensive carbon fiber. This problem may be addressed …

In this work, the effect of ply stacking sequence of carbon/epoxy laminates subjected to
flexural, tensile and impact loading was investigated. Five laminates with different stacking …

The use of composite structures is ever-increasing due to the need of lightweight materials,
and the combination of different reinforcements in a single matrix expands even further the …

This study's primary objective is to experimentally investigate the flexural and impact
performance of composites composed of hybrid basalt/E-glass fiber-reinforced epoxy …

Composite is the combination of two or more materials that differ in properties and
composition to form unique properties. This paper reported in the literature on the field of …

The effects of hybridization on the flexural properties of interlayer and intralayer
Carbon/Glass (C/G) composites were explored in this work. First, the theoretical analysis of …

Composite structures require the use of modern reinforcing materials combining high
strength characteristics and resistance to aggressive influences with low weight. One of the …

Chopped basalt fibre (BF)-reinforced silicone rubber/fluorine rubber composites were
investigated to improve their mechanical and thermal properties, in which the blend of …

Hybrid fiber reinforced polymer with nanofiller composite was introduced into a lot of
industries due to its extreme mechanical properties in comparison with non-hybrid material …