The anti-wear properties of coatings are important to enhance the life of the steel surfaces.
Thus, understanding the wear mechanisms of any coating matrix is important while …

This study presents the effect of the variation in weight fraction of multiwall carbon
nanotubes (MWCNTs) in polymer with the objective of enhancing the thermo-mechanical …

This study presents an analysis of the reliability of woven angle ply GFRP under both static
and dynamic loading conditions. Hand lay-up technique was used to fabricate 8-ply …

The performance stability of low-carbon Al 2 O 3–C refractories combined with in-situ
ceramics restricts their practical application. In this paper, carbon-coated corundum was …

The fatigue behavior of woven ply (0/90°) glass fiber reinforced plastic (GFRP) laminates
filled with 2 wt.% of tungsten carbide nano‐powder at different stress ratios, 0.1 and 0.3, was …

The fatigue performance of carbon fiber reinforced polymer (CFRP) composites under cyclic
loading remains a significant concern in various engineering applications due to the …

This research aims to examine the influence of altering the relative arrangement of (0°/90°)
and (±45°) angle plies with respect to the midplane of a laminate on the flexural and fatigue …

Impact of MWCNTs on the mechanical behaviour of woven GFRP angle ply laminates have
been studied. GFRP laminates was fabricated with eight layers of fiber orientation (45˚/-45˚) …

Nanocomposites have an important place due to their improved mechanical properties.
Nanoclays have attracted interest from researchers due to their features such as a high …

Laminated composites are indispensable to the modern composite structures, as multiply
laminates are designed to satisfy specific loading conditions. Change in fiber orientation of a …