Recursive effect of material models on process simulation

K. F. Karhausen; L. Neumann; R. Kopp; M. Goerdeler; G. Gottstein

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Recursive effect of material models on process simulation

机译：材料模型对过程仿真的递归效应

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The principal objective within the European research project VIR[FAB] (VIRtual FAB-rication of aluminium) [1] is the generation of a TPM (Through Process Model) and its validation on industrial processing routes. Such a TPM must not be understood as a single computer model covering all aspects of aluminium processing but it is a set of sub-models that are coupled on various levels. One of the major outcomes of VIR[FAB] was the establishment of interfaces between previously existing models that enable the transfer of data between codes that run independently, the coupling of models where a full integration is required as well as representative computations of industrial trials to evaluate the accuracy with which final properties can be predicted.

机译：欧洲研究项目VIR [FAB]（铝的虚拟FAB级）[1]的主要目标是生成TPM（直通式工艺模型）并在工业加工路线中进行验证。不能将这样的TPM理解为涵盖铝加工所有方面的单个计算机模型，而应该是在不同级别上耦合的一组子模型。 VIR [FAB]的主要成果之一是在先前存在的模型之间建立接口，从而可以在独立运行的代码之间进行数据传输，需要完全集成的模型之间的耦合以及对工业试验的代表性计算。评估可预测最终属性的准确性。

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《Aluminium》 |2004年第6期|p.690-696|共7页
作者
K. F. Karhausen; L. Neumann; R. Kopp; M. Goerdeler; G. Gottstein;
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Recursive effect of material models on process simulation

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