Hot rolling testing of1050aluminium alloy developed saturation flow stresses at very large accumulated strains.
对1050铝合金进行了热轧试验，当达到很大的积累应变时，会产生饱和的流变应力。
Experimental results show that the flow stresses of the aluminum foams increase with increasing strain rate, demonstrating a distinct strain rate effect in the open-cell aluminum foams.
实验结果表明，通孔泡沫铝有明显应变率效应，随应变率上升，泡沫铝流动应力提高。
With proper design, the grain flow can be oriented in the direction of principal stresses encountered in actual use.
通过适当的设计，可以使晶粒流动方向与实际使用时的主应力方向一致。
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