Titanium (Ti) alloys have been widely used in biomedical applications due to their superior
mechanical, physical, and surface properties, while improving their tribological properties is …

The use of medium and low-grade iron ore is gradually becoming more important due to the
depletion of high-grade iron ore reserves and stringent environmental acts/rules. Slimes …

This study investigates the mechanical properties, water absorption capacity, fatigue
strength, and microstructural characteristics of a hybrid composite reinforced with basalt and …

Aluminum metal–matrix composites (AMMCs) were prepared by dispersing TiO2
dispersoids of different volume fractions into an AA6063 matrix via stir casting and subjected …

Fiber hybridization can effectively solve the localized brittle fracture problem of composite
honeycomb, but the interaction between different fibers leads to a very complex failure …

This research introduces an innovative self-sensing hybrid composite material, skillfully
integrating Kevlar and carbon fibers within a cohesive matrix. The study's primary objective …

This investigation delves into the behavior of copper oxide (CuO) as a solid lubricant inside
zirconia toughened alumina (ZTA) ceramic composites. The investigation starts with the …

Due to their exceptional mechanical qualities, bagasse and carbonized eggshell have
drawn a lot of interest from scientists, positioning them as competitive substitutes and …

The use of medium and low-grade iron ore is gradually becoming more important due to the
depletion of highgrade iron ore reserves and stringent environmental acts/rules. Slimes from …

Background Sheep wool-reinforced composites offer a sustainable alternative with diverse
applications. This study explores their properties, focusing on water absorption behavior and …