Carbon fibre reinforced polymer (CFRP) composites have excellent specific mechanical
properties, these materials are therefore widely used in high-tech industries like the …

Composite materials are widely used in most industries due to their high specific strength,
specific stiffness, and their relatively lighter weight compared to other traditional materials …

Composite materials are widely used across major industries such as the automotive,
aerospace and wind power, due to their excellent mechanical properties. A strong effort is …

The need for lighter and more efficient industrial components has led to extensive research
in fabrication and machining of composites such as CFRP. Machining processes such as …

Lightning damage to composite aircraft structures results from a concurrent and sequential
interaction between arc discharge multi-physics and the anisotropic electrical and thermal …

Drilling holes in carbon fiber-reinforced polymer (CFRP) laminates are more prone to incur
damage during machining. Surface damage could be considerably minimized through the …

This work assesses the suitability of the two zero-order Lamb wave modes to detect multiple
barely-visible impact damage in composite material. Three specimens were subjected to …

This article highlights the effects from composite manufacturing parameters on fiber-
reinforced composite laminates modified with layers of piezoelectric thermoplastic …

Owing to their excellent properties such as lightweight and high strength, fiber-reinforced
composite materials are widely used as ideal materials for key structural components in …

In this study, five different types of six layered GFRP laminates were prepared from three
types of resin systems and compared for their intermediate velocity bullet impact response …