Friction-corrosion behavior of (Ti42.5Zr42.5Nb10Ta5)100- Mo (x = 0, 5) high-entropy alloys

Key Points

• Friction-corrosion behavior indicates improved wear resistance with Mo addition, enhancing alloy performance.
• The study reports a significant reduction in wear rates by up to 30% with Mo content, showcasing better durability.
• Analysis of high-entropy alloys focuses on the TiZrNbTa composition, using tribological testing methods to evaluate performance.
• Findings highlight the potential for these alloys in demanding mechanical environments, underscoring their industrial relevance.