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Study on the Technology and Defects in Low-pressure Semi-solid Die Casting of Aluminum Alloy Wheel Hub

机译:铝合金轮毂低压半固体压铸技术及缺陷研究

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Technology and defect in the low-pressure semi-solid die casting of aluminum wheel hub under different process has been studied. The simulation software ADSTEFAN 2012 is used to analyze the solidification in different die temperature. Stereomicroscope, digital camera and optical microscope (OM) are used to study defect in the casting. The result shows that the low slurry temperature (606°C) will result in higher viscosity, and the low preheated die temperature will increase the cooling rate so that shrinkage is formed in the isolate solidification area. In the technology of casting wheels, the optimum temperature of the slurry is 614°C, preheated temperature of die is 400°C.
机译:研究了不同工艺下铝轮毂低压半固体压铸中的技术和缺陷。仿真软件Adstefan 2012用于分析不同管芯温度的凝固。立体显微镜,数码相机和光学显微镜(OM)用于研究铸造中的缺陷。结果表明,低浆料温度(606℃)将导致较高的粘度,并且低预热的模具温度将增加冷却速率,从而在分离凝固区域中形成收缩。在铸造轮技术中,浆料的最佳温度为614℃,模头的预热温度为400℃。

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