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Research reveals peak tensile strength of 1.001 kN in magnesium alloys, indicating optimal welding parameters affect joint quality.
The mechanical behavior of Mg-1Sn-1Ca and Mg-2Sn-0.5Ca alloys under tensile loading and evaluates the impact of resistance-spot-welding parameters on joint microstructure, nugget size, and tensile strength were investigated. Through XRD, SEM, and Vickers hardness analysis, the microstructural evolution, hardness profiles, and fracture features of welded joints were characterized. Results demonstrate that optimized parameters (0.6 kN electrode force, 0.4 s welding time, 16 kA current) yield a peak joint strength of 1.001 kN, offering insights for refining magnesium-alloy welding processes.
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Hou et al. (2025) studied this question.
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