The Effect of Cooling Rate and Calcium Content of the ZX Magnesium Alloys on Dendrite Coherency Point and Hot Cracking Susceptibility Investigated Through Thermal Analysis
Key Points
Hot cracking susceptibility increases with lower cooling rates and varying calcium content, affecting alloy performance.
Key findings indicate significant changes in dendrite coherency points based on the cooling rates applied during processing.
Thermal analysis reveals insights into how cooling rates influence the mechanical properties of ZX magnesium alloys.
Optimizing cooling rates and calcium content can enhance the usability of magnesium alloys in industrial applications.
The Effect of Cooling Rate and Calcium Content of the ZX Magnesium Alloys on Dendrite Coherency Point and Hot Cracking Susceptibility Investigated Through Thermal Analysis | Synapse
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