Deformation behavior at elevated temperature of AZ31B magnesium alloy was studied systematically by processing map theory.
采用加工图理论系统分析了AZ31 b镁合金在高温变形过程中的变形行为。
The processing map and activation energy map of the alloy were established by using tested data, and microstructure evolution of deformed samples was also examined.
利用实验数据建立了合金的热加工图和热激活能图，对变形过程中组织演化进行了研究。
As a result, deformation behavior at elevated temperature analyzed by processing map theory can indicate exactly the evolving law of structures of materials under different deformation condition.
结果表明：采用加工图理论分析材料的高温变形行为能准确直观地反映出材料在不同变形条件下的组织演变规律。
As a result, deformation behavior at elevated temperature analyzed by processing map theory can indicate exactly the evolving law of structures of materials under different deformation condition.
结果表明：采用加工图理论分析材料的高温变形行为能准确直观地反映出材料在不同变形条件下的组织演变规律。
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