Basalt Fibers (BF) have been increasingly used to produce various composite
materials/products due to their many superior properties, such as being natural fiber, high …

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 …

Composite laminates with different stacking sequences of woven carbon and glass fibre
layers in hybrid configurations were manufactured by vacuum resin infusion. The effect of …

This work is focused on the design and production of hybrid laminates in which the
reinforcement is a combination of carbon and hemp fibres. Four different stacking …

The effect of stacking sequence on the impact damage mechanisms and the matrix-fiber
dependent properties, such as flexural and interlaminar strength, of epoxy hybrid basalt/flax …

Fiber reinforced composites are majorly used as structural components in industries and
also as a replacement for wood. Fiber reinforced composites are manufactured by …

The main aim of this study was to evaluate the thermomechanical properties of hybrid epoxy
composites reinforced with flax and basalt fiber and modified with silanized basalt powder …

The demand for sustainable engineering materials has catalyzed interest in hybrid
composites that combine natural fibers like jute with synthetic fibers such as E-glass. This …

Currently, sustainability plays a central role in the response to global challenges, strongly
influencing decisions in various sectors. From this perspective, global efforts to explore …

The use of naturally derived eco-friendly biocomposites became more popular due to
growing environmental concerns and hunt for sustainable materials. Biocomposites can …