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Research on the cutting performance and the wear mechanism of the cermet cutter in high speed turn-milling

机译:高速车铣中金属陶瓷刀具的切削性能及磨损机理研究

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摘要

When machining D60 steel by high speed turn-milling under the different cooling and lubricating conditions, the cutting performance and the wear mechanism of the cermet cutler are researched. With water soluble cooling fluid, the wear performance of the cermet cutter is bad, and does not adapt to the requirements of machining. However, when machining D60 by high speed turn-milling is under dry conditions, the wearing performance of the cermet cutler is very good and the cutting time lasts almost 3 hours. The wear mechanism of the cermet cutter under the water soluble cooling fluid is different from the dry condition. With the water soluble cooling fluid, a great deal of little chap units are formed since high frequency alternates heal stress. The crash and desquamate of these chap units is the main cause of the cutter wearing. Under dry cutting conditions, it is the main cause of cermet culler wear in the felting phase intenerating causing rigid phase grains to fall.
机译:研究了在不同的冷却和润滑条件下通过高速车铣加工D60钢时,研究了金属陶瓷刀具的切削性能和磨损机理。在使用水溶性冷却液的情况下,金属陶瓷刀具的磨损性能很差,无法适应加工要求。但是,当在高速条件下通过高速车铣加工D60时,金属陶瓷刀的磨损性能非常好,切削时间可持续近3个小时。金属陶瓷刀具在水溶性冷却液下的磨损机理与干燥条件不同。在水溶性冷却液中,由于高频交变愈合应力,因此形成了很少的破裂单元。这些粉碎单元的碰撞和脱皮是刀具磨损的主要原因。在干法切削条件下,这是金属陶瓷剔除剂在毡合相中持续磨损的主要原因,导致刚性相晶粒下降。

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