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Research of Ultrahigh Speed Grinding Spindle System Based on Squeeze Film Damping Technology

机译:基于挤压膜阻尼技术的超高速磨削主轴系统的研究

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Ultrahigh speed grinding is a kind of high efficient metal cutting method. In order to improve ability of ultrahigh greed grinding wheel spindle to resist vibration and grinding quality, an ultrahigh speed grinding spindle system with a squeeze film damper (SFD) was designed based on the theory of squeeze film damping technology. Pressure distribution and squeeze film stiffness characteristic of SFD was study by the method of simulation. Based on theory study an ultrahigh speed spindle system with a SFD was designed and experiments were done. The study results show that application of SFD technology can effectively restrain vibration which is caused by the imbalance quality when the grinding wheel spindle turning at ultrahigh speed. And the speed of the grinding spindle is higher and the effect of attenuation of SFD to grinding spindle is better. Research works provides a new technology for the design of the ultrahigh speed grinding spindle system.
机译:超高速磨削是一种高效的金属切削方法。为了提高超高筋砂轮主轴抗振动和提高磨削质量的能力,基于挤压膜阻尼技术的原理,设计了带有挤压膜阻尼器(SFD)的超高速砂轮系统。通过仿真研究了SFD的压力分布和挤压膜刚度特性。基于理论研究,设计了带SFD的超高速主轴系统,并进行了实验。研究结果表明,SFD技术的应用可以有效地抑制砂轮主轴超高速旋转时由于质量不平衡而引起的振动。磨削主轴的转速更高,SFD对磨削主轴的衰减效果更好。研究工作为超高速磨削主轴系统的设计提供了一种新技术。

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