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Advanced Modelling of Thermally Induced Displacements and Its Implementation into Standard CNC Controller of Horizontal Milling Center

机译:热诱导位移的高级建模及其在水平铣削中心标准数控控制器中的实施

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This paper is a continuation of scientific work on advanced modelling of thermally induced displacements based on thermal transfer functions (TTF). A mathematical model using TTF was implemented into a standard CNC controller of horizontal milling center to compensate for thermal errors in real time. The inputs of the compensation algorithm are spindle rotational speed and the temperatures of the machine structure. It was achieved a reduction of thermal errors of more than 75% of the initial value in various working cycles. Moreover, the results of the TTF model were compared with 2 models obtained via MLR as a case study.
机译:本文是基于热传递函数(TTF)的热诱导位移的先进建模的科学工作。使用TTF的数学模型实现成水平铣削中心的标准CNC控制器,以便实时补偿热误差。补偿算法的输入是主轴转速和机器结构的温度。在各种工作循环中达到超过75%的初始值的热误差降低。此外,将TTF模型的结果与通过MLR获得的2种型号进行了比较。

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