How to simulate the microstructure evolution of aluminium alloys subjected to thermal cycling environment,such as (-150~150℃)?Because it costs much time to do the thermal cycling experiments if the cycling time is over 100 times.So if we can simulate the microstructure and properties,it will have great significance.
Sergei Tarasov
Since aging is a function of temperature and occurs mainly at temperatures above 20C then it may happen that themal cycling will be equivalent to aging at some constant temperature. The question is to determine this temperature and aging timefrom the aging kinetics.
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Zhang Weiliang
@Sergei Tarasov,Dear colleagues, thanks a lot for your kind advices.
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