In this article, mechanical and tribological characterization of Cissus quadrangularis stem
fiber (CQSF)/epoxy resin particulate with and without coconut shell ash (CSA) powder was …

The present investigations evaluate the effects of particle size, particle loading and sliding
distance on the friction and wear behavior of vinylester composites sliding against hardened …

The addition of reinforced material (polymer and mineral fillers) to epoxy resin matrices
results in the improvement of the overall performance of the composite, allowing the …

This study evaluates the sliding wear behavior of hybrid composites made of epoxy
reinforced with alternating layers of flax fiber mats and steel wire mesh. The aim is to …

In this paper stir casting technique is an efficient method to improve the mechanical
characteristics. It was done only on the aluminium magnesium alloy with their ceramic …

For the production of lightweight, eco-friendly, and incredibly robust products, hybrid bio-
epoxy composites stand out as an outstanding material choice in the manufacturing sector …

Kumar Vijayendra Gopala, KR Vijaya Kumara, J. Jayaseelana, G. Sureshb,*, R.
Vezhavendhanc, R. Ganesamoorthy d aDr. MGR Educational and Research Institute …

This investigation focuses on studying the properties of treated and untreated Musa
acuminate peduncle fiber (MAPF)‐reinforced epoxy composites. The effect of fiber weight …

In this paper, the combined effect of different weight percentages of silicon carbide (SiC) and
graphite (Gr) reinforcement on the mechanical properties of polyamide (PA6) composite is …

The enhancement of the properties of fiber-based polymer composites is generally possible
by the hybridization of fibers. Using synthetic and natural fibers in the composites will …