The FDM numerical simulation software, ViewCast system, was employed to simulate the low pressure die casting (LPDC) of an aluminum wheel. By analyzing the mold-fi lling and solidifi cation stage of the LPDC process, the distribution of liquid fraction, temperature field and solidification pattern of castings were studied. The potential shrinkage defects were predicted to be formed at the rim/spoke junctions, which is in consistence with the X-ray detection result. The distribution pattern of the defects has also been studied. A solution towards reducing such defects has been presented. The cooling capacity of the mold was improved by installing water pipes both in the side mold and the top mold. Analysis on the shrinkage defects under forced cooling mode proved that adding the cooling system in the mold is an effective method for reduction of shrinkage defects.

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reduction of shrinkage moldfi lling low pressure die casting lpdc xray detection forced cooling mode distribution of liquid fraction temperature field solidification pattern of castings fdm numerical simulation software viewcast system side solidifi cation stage distribution pattern rimspoke junctions

Mi Guofa,Wang Kuangfei,.Numerical simulation of low pressure die-casting aluminum wheel. 6 (1),.

Mi Guofa,Wang Kuangfei,"Numerical simulation of low pressure die-casting aluminum wheel" 6

Mi Guofa,Wang Kuangfei,"Numerical simulation of low pressure die-casting aluminum wheel"