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首页> 外文期刊>International journal of materials & product technology >A fuzzy control method for optimal cutting temperature of pure iron
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A fuzzy control method for optimal cutting temperature of pure iron

机译：纯铁最优切削温度的模糊控制方法

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摘要

Pure iron material is greatly affected by temperature, which leads to poor control effect of cutting temperature of pure iron material. This paper studies the optimal cutting temperature control of pure iron material. The cutting speed of the pure iron material cutting tool is determined by obtaining the position of the cutting tool and the separation time of the cutting vibration. The influence factors of the cutting temperature are determined by obtaining the cutting heat and chip ratio of the pure iron material. The fuzzy control method is introduced to control the cutting temperature threshold of pure iron material as a membership function, and the temperature threshold of pure iron material is output to realise cutting temperature control. The results show that the average maximum value of the average control value of the cutting temperature is 98, and the minimum correction error of the temperature control value is 1%.
机译：纯铁材料受温度大大影响，导致纯铁材料的切削温度的控制效果差。 本文研究了纯铁材料的最佳切削温度控制。 通过获得切削工具的位置和切割振动的分离时间来确定纯铁材料切削工具的切削速度。 通过获得纯铁材料的切割热和芯片比来确定切削温度的影响因素。 引入模糊控制方法以控制纯铁材料的切削温度阈值作为隶属函数，输出纯铁材料的温度阈值以实现切削温度控制。 结果表明，切割温度平均控制值的平均最大值为98，温度控制值的最小校正误差为1％。

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