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Research on the Monitoring System of CNC Grinding Process Based on Acoustic Emission

机译:基于声发射的数控磨削过程监控系统研究

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Using on-line monitoring during the CNC grinding process, the hazard case such as the crushing of grinding wheel and various safety accidents could be avoided , and the optimum time for dressing and replacing grinding wheel could also be determined , and hence, the service life of the grinding wheel could be prolonged and grinding quality could be improved. To overcome the limitation of some traditional techniques in which some parameters including the grinding power and force, torque and so on were monitored, the acoustic emission (AE) technique, which provides high sensitivity and responding speed, were developed in the present paper. The mechanism of AE during grinding was reviewed. Moreover , a virtual AE monitoring system , which could monitor the grinding state under different working conditions during the grinding, has been developed based on the Virtual Instruments technique. Some experiments were also performed on the internal grinder. The results showed that the AE signals became stronger with increasing the main shaft speed and grinding depth or decreasing the distance between the AE sensor and grinding area.
机译:通过在CNC磨削过程中进行在线监控,可以避免发生诸如砂轮破碎和各种安全事故之类的危险情况,并且可以确定修整和更换砂轮的最佳时间,从而可以延长使用寿命可以延长砂轮的使用寿命,提高磨削质量。为了克服一些传统技术的局限性,在传统技术中,需要监测一些参数,包括磨削功率,力,扭矩等,因此,开发了具有高灵敏度和响应速度的声发射(AE)技术。综述了磨削过程中声发射的机理。此外,基于虚拟仪器技术,开发了虚拟AE监控系统,可以监控磨削过程中不同工况下的磨削状态。还在内磨床上进行了一些实验。结果表明,随着主轴转速,磨削深度的增加或声发射传感器与磨削区域之间距离的减小,声发射信号增强。

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