A high strain-rate rolling (HSRR) process was successfully used to produce a ZK60 magnesium alloy sheet with a strength-toughness balance. In one-pass rolling, as the rolling rate increases, the edge cracking of the sheets decreases and the grain size increases continuously, and the grain size ranges from 1.4 μm at 5 s^–1 to 4.2 μm at 25 s^–1. When the strain rate is 5 s^–1, the tensile strength and elongation of the ZK60 magnesium alloy are 355 MPa and 12.40%, respectively. As the rolling rate increases, the tensile strength decreases from 355 to 310 MPa. When the rolling rate is less than 20 s^–1, the texture strength decreases with the strain rate, from 9.064 at 5 s^–1 to 4.480 at 20 s^–1, but when the strain rate is 25 s^–1, the texture increases to 7.099. At the same time, the study also found that the two-pass rolling process can weaken the texture and increase the tensile strength. The texture strength decreased from 9.04 in a one-pass rolling process to 8.528, and the tensile strength increased from 355 MPa in a one-pass rolling process to 377 MPa.

高应变率轧制（HSRR）工艺成功用于生产具有强度-韧性平衡的ZK60镁合金薄板。在一次通过轧制中，随着轧制速度的增加，板材的边缘开裂减少，晶粒尺寸连续增加，晶粒尺寸范围从5 s ^–1时的1.4μm到25 s ^–1时的4.2μm 。当应变率为5 s ^–1时，ZK60镁合金的拉伸强度和伸长率分别为355 MPa和12.40％。随着轧制速度的增加，抗拉强度从355 MPa降低到310 MPa。当轧制速度小于20 s ^–1时，织构强度随应变率而降低，从5 s ^–1时的9.064降至20 s ^–1时的4.480，但是当应变率为25 s ^–1时，纹理会增加到7.099。同时，研究还发现，两次通过的轧制过程可以削弱织构并增加抗拉强度。织构强度从单遍轧制的9.04降低到8.528，抗拉强度从单遍轧制的355 MPa增加到377 MPa。