阻尼冷管法制备半固态浆料过程的数值模拟与参数优化 - TNMSC 关键字: 阻尼冷管法； 半固态浆料； AZ91D镁合金[gap=822]Key words: damper cooling tube method; semi-solid slurry; AZ91D magnesium alloy
基于24个网页-相关网页
semi solid slurry 半固态浆
Semi-solid Slurry Making 半固态制浆工艺
semi-solid slurry produce 半固态浆料制备
preparing semi-solid slurry 半固态浆料制备
semi solid slurry materials 半固态坯料
semi-solid slurry preparation 半固态浆料制备
nondendritic semi-solid slurry 非枝晶半固态浆料
making semi-solid metal slurry 半固态浆料制备
semi-solid alloy slurry 半固态合金浆料
A average velocity of 3.2cm/s in the melting area was calculated at the condition of 590℃and 500A, and this velocity was considered as a criterion whether it can gain semi-solid slurry.
通过计算求出在该温度和工艺下熔体内部的平均流动速度为3.2cm/s,将该速度作为能否得到半固态浆料的判据。
参考来源 - 连续式电磁搅拌制备ZL112Y铝合金流变半固态浆料的工艺研究及装置设计·2,447,543篇论文数据，部分数据来源于NoteExpress
The results indicate that the semi-solid slurry with much finer and uniformer primary phase particles is gained by self-inoculation method.
结果表明，通过自接种法得到具有更细的单相颗粒的半固体泥浆。
Semi-solid slurry of A356 alloy is prepared by compound process, and the fractal characteristic of morphology in semi-solid primary phase is studied.
利用复合工艺制备了A356铝合金半固态浆料，研究了半固态A356铝合金初生相形貌的分形特征。
Research method and main results is as following: Using electrical resistance furnace and cooling slope to melt A356 aluminum alloy and gain the semi-solid slurry.
研究方法和主要成果如下：使用电阻炉熔炼a356铝合金，并采用斜坡冷却法进行半固态熔体的制备。
应用推荐