Characterising the behaviour of workpieces under the effect of tangential cutting force during NC turning Application to machining of slender workpieces

S. Sesonds; G. Cohen; Y. Landon

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Characterising the behaviour of workpieces under the effect of tangential cutting force during NC turning Application to machining of slender workpieces

机译：表征在数控车削时切向切削力作用下的工件性能在细长工件的加工中的应用

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Turning slender workpieces usually means a tailstock centre has to be used to in order to achieve geometric tolerances for cylindricality. Indeed, tight tolerances mean the grinding phase can be performed quicker or even rendered superfluous. To limit use of the tailstock centre, that limits tool access when producing slender workpieces using turning, knowledge of the spindle-chuck-workpiece assembly's behaviour is essential. It is proposed to characterise this assembly's behaviour under the action of machining loads in order to introduce a method that in some cases will dispense with the need to use the tailstock centre while keeping the geometric quality of the machined workpiece.

机译：细长工件的车削通常意味着必须使用尾座中心，以实现圆柱度的几何公差。确实，严格的公差意味着可以更快地进行研磨，甚至可以省去多余的时间。为了限制尾座中心的使用，从而限制了通过车削生产细长工件时的工具使用范围，必须了解主轴卡盘工件组件的行为。为了提出一种在加工载荷作用下该组件的特性，建议引入一种方法，该方法在某些情况下将免除了使用尾架中心的需要，同时保持了加工工件的几何质量。

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《Journal of Materials Processing Technology》 |2006年第3期|共9页
作者
S. Sesonds; G. Cohen; Y. Landon;
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原文格式 PDF
正文语种 eng
中图分类一般性问题;
关键词
NC turning; Flexure; Slender workpieces; Compensation;

机译：数控车削;弯曲;细长工件;补偿;

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1. Characterising the behaviour of workpieces under the effect of tangential cutting force during NC turning Application to machining of slender workpieces [J] . S. Sesonds, G. Cohen, Y. Landon Journal of Materials Processing Technology . 2006,第3期

机译：表征在数控车削时切向切削力作用下的工件性能在细长工件的加工中的应用
2. Characterisation of the workpiece dilatation phenomenon during machining using the neural network method. Application to NC turning [J] . Stephane Segonds, Jean-Max Redonnet, Christian Bes, The International Journal of Advanced Manufacturing Technology . 2005,第1a2期

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3. DECODING OF THE RELATION BETWEEN FRACTAL STRUCTURE OF CUTTING FORCE AND SURFACE ROUGHNESS OF MACHINED WORKPIECE IN END MILLING OPERATION [J] . Namazi Hamidreza, Farid Ali Akhavan, Seng Chang Peck Fractals: An interdisciplinary journal on the complex geometry of nature . 2019,第4期

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4. Fast Cutter Workpiece Engagement Estimation Method for Prediction Of Instantaneous Cutting Force in Continuous Multi-Axis Controlled Machining [C] . Junichi Kaneko, Kenichiro Horio CIRP Conference on Process Machine Interactions . 2012

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5. Prediction of cutting forces and surface errors in face milling with generalized cutter and workpiece geometry. [D] . Gu, Fangming. 1994

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6. Morphological Analysis of KDP-Crystal Workpiece Surfaces Machined by Ultra-Precision Fly Cutting [O] . Dongju Chen, Shiwei Zhang, Jingfang Liu, 2020

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7. Fiber-Reinforced Composite Workpiece Surface Quality Improvement in Machining by Milling-Cutter with Opposite Cutting Edges Using Sph-Method Simulation [O] . I A Shchurov, A V Nikonov 2016

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8. Science of and Advanced Technology for Cost-Effective Manufacture of High Precision Engineering Products. Volume 1. Automated Detection and Error Compensation of NC Workpiece Position [R] . Noller, D., Barash, M. M., Sweet, A. L. 1985

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Characterising the behaviour of workpieces under the effect of tangential cutting force during NC turning Application to machining of slender workpieces

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