Effect of nickel as an alloying element on grain morphology, mechanical and wear properties of Al-Sn alloy

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Key Points

This research examines how nickel as an alloying element influences the grain morphology and the mechanical and wear properties of Al-Sn alloy.
Conducted experiments to assess the grain morphology and mechanical characteristics with varying nickel content in Al-Sn alloy
Evaluated wear properties through standardized testing procedures
Reported findings based on observed structural changes and performance metrics.
Nickel addition improved grain morphology, leading to enhanced strength and ductility of Al-Sn alloy.
Wear resistance increased significantly with optimal nickel levels, showing a reduction in wear rates.
Mechanical metrics demonstrated a positive correlation with nickel content, enhancing overall alloy performance.

Experimental study analyzes the impact of nickel on Al-Sn alloy properties, highlighting potential material enhancements.

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Bhat et al. (2026) studied this question.

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