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Simulation of wire electrode temperature distribution in WEDM

机译:线切割中线电极温度分布的仿真

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摘要

This study analyzes the time dependent temperature distribution of the wire electrode along the wire axis by the finite-difference method. In the calculation, the heat transfer coefficient between the wire electrode and the working fluid and the energy distribution ratio are exactly determined based on the experimental results. Calculated results show that the means wire temperature increases with increasing the peak current and discharge frequency, and that the mean wire temperature is higher when the flow rate of the working fluid is lower and the thickness of the workpiece is thinner.
机译:本研究通过有限差分法分析了线电极沿线轴随时间变化的温度分布。在计算中,基于实验结果精确地确定了线电极与工作流体之间的传热系数和能量分配比。计算结果表明,平均线温度随峰值电流和放电频率的增加而增加,并且当工作流体的流量较低且工件的厚度较薄时,平均线温度较高。

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