Machining Control of Surface Roughness by Measuring Cutting Forces

机译：测量切割力加工控制表面粗糙度

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The primary aim of this study was to design and develop an on-line control system of finished surfaces in automated machining process by CNC turning. The control system consisted of two basic phases: during the first phase, surface roughness was monitored through cutting force signals; the second phase involved a closed-loop adaptive control system based on data obtained during the monitoring of the cutting process. The system ensures that surfaces roughness is maintained at optimum values by adjusting the feed rate through communication with the PLC of the CNC machine. A monitoring and adaptive control system has been developed that enables the real-time monitoring of surface roughness during CNC turning operations. The system detects and prevents faults in automated turning processes, and applies corrective measures during the cutting process that raise quality and reliability reducing the need for quality control.

机译：本研究的主要目的是通过CNC转动设计和开发自动加工过程中成品表面的在线控制系统。控制系统由两个基本相组成：在第一阶段期间，通过切割力信号监测表面粗糙度;第二阶段涉及基于在监测切割过程期间获得的数据的闭环自适应控制系统。系统可确保通过与CNC机器的PLC通信调整进料速率来保持表面粗糙度以最佳值保持最佳值。已经开发了一种监控和自适应控制系统，其能够在CNC转动操作期间实时监测表面粗糙度。系统检测并防止自动转动过程中的故障，并在切割过程中应用纠正措施，提高质量和可靠性降低了对质量控制的需求。

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《Manufacturing Engineering Society International Conference》|2012年||共6页
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E. Garcfa-Plaza; P.J. Nunez; F. Mata;
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中图分类 TB3-532;
关键词
Adaptive control; cutting forces; surface finish; monitoring system.;

机译：自适应控制;切割力;表面光洁度;监控系统。;

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1. Cutting Forces, Surface Roughness and Tool Wear Quality Assessment Using ANN and PSO Approach During Machining of MDN431 with TiN/AlN-Coated Cutting Tool [J] . Badiger Pradeep V., Desai Vijay, Ramesh M. R., Arabian Journal for Science and Engineering . 2019,第9期

机译：使用TiN / AlN涂层切削刀具加工MDN431时的切削力，表面粗糙度和ANN和PSO方法的刀具磨损质量评估
2. Cutting Forces, Surface Roughness and Tool Wear Quality Assessment Using ANN and PSO Approach During Machining of MDN431 with TiN/AlN-Coated Cutting Tool [J] . Badiger Pradeep V., Desai Vijay, Ramesh M. R., Arabian Journal for Science and Engineering . 2019,第9期

机译：使用ANN和PSO方法在加工MDN431与锡/ ALN涂层切削工具的加工过程中使用ANN和PSO方法进行切割力，表面粗糙度和刀具磨损质量评估
3. The Influence of Surface Roughness of Cutting Inserts Made of Diamond-Tungsten Carbide Composite on Cutting Forces and Machining Quality in Turning Aluminum Alloys and Brass [J] . Devin L. N., Stakhniv N. E., Melniichuk Yu. A. Journal of superhard materials: Sverkhtverdye materialy . 2018,第2期

机译：切削刀片碳化物复合材料制成的切削刀片表面粗糙度对铝合金和黄铜的切削力和加工质量
4. Machining Control of Surface Roughness by Measuring Cutting Forces [C] . E. Garcfa-Plaza, P.J. Nunez, F. Mata Manufacturing Engineering Society International Conference . 2012

机译：测量切割力加工控制表面粗糙度
5. EFFECTS OF SOME MACHINING VARIABLES IN LATHE FACING USING A PROFILOMETER AND SPECKLE CONTRAST METHODS TO MEASURE SURFACE ROUGHNESS. [D] . BOUBEKRI, NOURREDINE. 1983

机译：使用轮廓仪和斑点对比法测量车削表面粗糙度时某些加工变量对车削的影响。
6. Laser-Assisted High Speed Machining of 316 Stainless Steel: The Effect of Water-Soluble Sago Starch Based Cutting Fluid on Surface Roughness and Tool Wear [O] . Farhana Yasmin, Khairul Fikri Tamrin, Nadeem Ahmed Sheikh, 2021

机译：激光辅助高速加工316不锈钢：水溶性Sago淀粉基切削液对表面粗糙度和工具磨损的影响
7. The Effect of Machining Parameters on the Cutting Forces, Tool Wear, and Machined Surface Roughness of Metal Matrix Nano Composite Material [O] . E. Y. El-Kady 2015

机译：加工参数对金属基质纳米复合材料切割力，工具磨损和加工表面粗糙度的影响

Machining Control of Surface Roughness by Measuring Cutting Forces

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