Wear behaviors of the FeCoNiAlSi 0.2 high-entropy alloy (HEA) and Si-free FeCoNiAl during
the reciprocating sliding wear process were evaluated for automotive piston rings. The HEAs …

Aluminum-based composite materials have garnered considerable attention in recent years
owing to their outstanding mechanical and tribological properties. The integration of clay …

In the present article, a microscopic investigation was done on the effect of adding nano-clay-
particles into the aluminum matrix on the wear behaviors of piston aluminum-silicon alloy …

It is critical to evaluate the estimation of the fatigue lifetimes for the piston aluminum alloys,
particularly in the automotive industry. This paper investigates the effect of different …

Various input variables, including corrosion time, fretting force, stress, lubrication, heat-
treating, and nano-particles, were evaluated by modeling of stress-controlled fatigue …

In the present article, different inputs including the fretting force, the corrosion time, the
lubrication, heat-treating, nano-particles, and the stress were considered in various machine …

The dominant factor determining the wear resistance of machine parts is the level of strength
of their contact surfaces. When analyzing a tribosystem, an important condition for its …

Проведена оцінка працездатності електроіскрових покриттів в умовах ступеневого
підвищення навантаження на основі аналізу сигналів акустичної емісії (АЕ). Мета …

An evaluation of the performance of electric spark coating in conditions of stepped load
increase was carried out based on the analysis of acoustic emission (AE) signals. The …