With an aim to solve the long-term existing problem of the cracks in flow-front during thixo-forging,a new theory of constant volume flux of slurry was put forward in optimizing die design.
针对半固态成形,特别是触变锻造成形中浆料流动前沿开裂等质量问题,首次提出了流动前沿等体积流量的概念,并将其运用到半固态成形模具优化设计中。
参考来源 - 等体积流量法在触变锻造流动前沿的应用研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Y112 aluminum alloy thixo-forging experiment in semi-solid state was carried out. The optimized reheating process parameters were determined in the experiment.
对Y112 铝合金进行半固态触变模锻实验，确定了该试验最优的半固态二次加热工艺参数。
With an aim to solve the long-term existing problem of the cracks in flow-front during thixo-forging, a new theory of constant volume flux of slurry was put forward in optimizing die design.
针对半固态成形，特别是触变锻造成形中浆料流动前沿开裂等质量问题，首次提出了流动前沿等体积流量的概念，并将其运用到半固态成形模具优化设计中。
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