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Virtual Processing in Intelligent BHF Control Deep Drawing

机译：智能BHF控制深图的虚拟处理

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In order to realize preliminary evaluation of process design, a virtual processing algorithm for the intelligent stamping process was proposed. Using this algorithm, all phases, process design, process control and system implementation, can be performed virtually. To enhance the reliability of a system, a ductile fracture criterion was applied to the virtual system for fracture prediction. Through the implementation of the system, it was confirmed that all the process phases are virtually performed in order, and finally, cup height improvement was accomplished. This analytical result indicates that the virtual processing algorithm is highly useful for system evaluation during the design process before constructing the real system. Engineers can save time and cost savings considerable by using this virtual processing system.
机译：为了实现过程设计的初步评估，提出了一种智能冲压过程的虚拟处理算法。使用该算法，可以几乎可以执行所有阶段，过程设计，过程控制和系统实现。为了提高系统的可靠性，将延性裂缝标准应用于虚拟系统以进行裂缝预测。通过系统的实施方式，确认所有过程相位几乎按顺序进行，最后，完成了杯子高度改善。该分析结果表明，虚拟处理算法在构建真实系统之前在设计过程中的系统评估非常有用。工程师可以通过使用此虚拟处理系统可以节省适当的时间和成本节省。

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