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首页> 外文期刊>International Journal of Production Research >Simulation-enabled casting product defect prediction in die casting process
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Simulation-enabled casting product defect prediction in die casting process

机译:压铸过程中具有仿真功能的铸造产品缺陷预测

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摘要

In current casting industries, product development paradigm is shifting from traditional trial-and-error in the workshop to CAE-enabled simulation and 'proof-of-concept' by computer. The product development paradigm shift is thus from heuristic know-how and experience to more scientific simulation, evaluation, analysis and calculation. CAE simulation plays an important role in the new product development paradigm as it models the entire casting process and reveals the dynamic behaviour of the casting system in working conditions. In addition, the product quality panorama and product defects are explored via simulation in such a way that the root-causes of casting defects are pinpointed and the solutions to avoid them can be determined. In this paper, the CAE technology for casting process simulation is presented. The modelling of the casting process is first articulated and the detailed simulation issues are then described. The information related to the filling and solidification process and after-ejection behaviour are revealed by CAE simulation. Through case studies, how the CAE simulation helps identify and predict the process-related defects is illustrated and its efficiency is finally validated.
机译:在当前的铸造行业中,产品开发范式已从车间中的传统试错法转变为计算机支持CAE的模拟和“概念验证”。因此,产品开发范式的转变是从启发式的专有技术和经验转变为更科学的模拟,评估,分析和计算。 CAE模拟在新产品开发范例中起着重要作用,因为它可以对整个铸造过程进行建模,并揭示铸造系统在工作条件下的动态行为。此外,通过仿真来探索产品质量全景图和产品缺陷,从而找出铸造缺陷的根本原因,并确定避免这些缺陷的解决方案。本文介绍了用于铸造过程仿真的CAE技术。首先阐明了铸造过程的建模,然后描述了详细的仿真问题。通过CAE仿真可以揭示与填充和固化过程以及后喷射行为有关的信息。通过案例研究,说明了CAE仿真如何帮助识别和预测与过程相关的缺陷,并最终验证了其效率。

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