This review focuses on the innovative use of laser techniques in developing and
functionalizing biomimetic surfaces, emphasizing their potential applications in the medical …

Friction is ubiquitous in industry and daily life, which not only leads to the wear and tear of
equipment and machinery, but also causes a lot of energy waste. Friction is one of the …

Additive manufacturing of self-lubricating alloys plays a crucial role in the production of
complex wear-resistant components and in expanding repair capabilities, especially for …

This study investigates the improvement of tribological properties of TB6 (Ti-10V-2Fe-3Al)
alloys through laser surface texturing. It examines the effects of laser scanning cycles (LSCs) …

Gyroid lattice structures, inspired by the natural interconnectivity of human bone, show
promise in bone tissue engineering (BTE). This study explores the mechanical properties …

Protective structures with high energy absorption and minimal footprint are highly sought
after in modern engineering applications, but these characteristics are often mutually …

A functionally graded material is a class of composite materials characterized by gradual
variations in composition and microstructure, which further induces the respective changes …

This study investigates the influence of various tool coatings, cutting speeds, and feed per
tooth values on cutting forces during the CNC milling of Medium Density Fiberboard (MDF) …

Nuclear thermal propulsion (NTP) and nuclear electric propulsion (NEP) systems are
considered to be potential enablers for exploring Mars and beyond. The fission surface …

Friction reduction is important from the viewpoint of energy problems and other issues.
Frictional forces are known to vary depending on the material property, surface texture, and …