Tool wear characteristics of cutting and extrusion processing technology based on the edge-chipping effect

Tian Xinli; Wang Long; Wang Wanglong; Li Yongdong; Ji Kaiwen

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Tool wear characteristics of cutting and extrusion processing technology based on the edge-chipping effect

机译：基于切屑效应的切削和挤压加工技术的刀具磨损特性

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Purpose - The cutting and extruding processing technology for ceramics based on the edge-chipping effect is a new contact removal machining method for hard, brittle materials such as engineering ceramics. This paper aims to provide an important reference to understand the tool wear mechanism and the wear law of this new processing technology.

机译：目的-基于切边效应的陶瓷切割和挤出加工技术是一种新的接触去除加工方法，用于加工工程陶瓷等坚硬易碎的材料。本文旨在为了解这种新加工技术的刀具磨损机理和磨损规律提供重要参考。

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来源
《Industrial Lubrication and Tribology》 |2016年第2期|共6页
作者
Tian Xinli; Wang Long; Wang Wanglong; Li Yongdong; Ji Kaiwen;
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原文格式 PDF
正文语种 eng
中图分类机械摩擦、磨损与润滑;
关键词
Wear mechanism; Processing technology; Tool temperature; Wear characteristics;

机译：磨损机理;加工工艺;工具温度;磨损特性;

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专利

1. Tool wear characteristics of cutting and extrusion processing technology based on the edge-chipping effect [J] . Tian Xinli, Wang Long, Wang Wanglong, Industrial Lubrication and Tribology . 2016,第2期

机译：基于切屑效应的切削和挤压加工技术的刀具磨损特性
2. Detection of Tool Wear Using Characteristic Values of Dynamic Cutting Process (1st Report, Study of Characteristic Values to Detect Flank Wear) [J] . Eiji KONDO, Norio KAWAGOISHI, Hiroaki OKUMA 日本機械学会論文集. C編 . 1999,第630期

机译：利用动态切削过程的特征值检测刀具磨损（第一份报告，研究检测侧面磨损的特征值）
3. Identification of Wear Characteristics in Tool Wear Model of Cutting Process [J] . T. Matsumura, T. Shirakashi, E. Usui International Journal of Material Forming . 2008,第s1期

机译：切削过程刀具磨损模型中磨损特征的识别
4. Tool Wear Improvement and Cutting Force Prediction in Face-hobbing of Bevel Gears: Workpiece In-process Model, Instantaneous Un-deformed Chip Geometry and Cutting Force Prediction in Face-hobbing of Bevel Gears as well as Tool Wear Improvement by a New Blade Design [C] . Mohsen Habibi, Chevy Chen International Conference on Gears . 2015

机译：钢丝齿轮面孔齿轮工具磨损改善和切割力预测：工件在工艺模型，瞬时无变形芯片几何形状和切割力预测锥齿轮的面部滚动以及新刀片设计的工具磨损改善
5. Analysis of Tool Wear and Tool Life of Cutting Tool Inserts Using Statistical Process Control Charts: A Case Study [D] . Ferrell, Evan R. 2017

机译：使用统计过程控制图分析切削工具插入刀具刀具寿命的刀具寿命 - 以案例研究
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. Effects of Ion Processing of Cutting Edge of Tools on Tool Wear and Punching Characteristics in Micropunching Process [O] . Tomomi SHIRATORI, Tomoaki YOSHINO, Yohei SUZUKI, 2019

机译：刀具切削刃离子加工对微型过程工具磨损和冲压特性的影响

Tool wear characteristics of cutting and extrusion processing technology based on the edge-chipping effect

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