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Cutting forces in hard turning comprising tool flank wear and its implication for the friction between tool and workpiece

机译：在硬盘上切割力，包括刀具侧面磨损及其对工具和工件之间的摩擦的含义

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1. Cutting forces in hard turning comprising tool flank wear and its implication for the friction between tool and workpiece [J] . Milutinovi? Milan, Tanovi? Ljubodrag Technical Gazette . 2016,第5期

机译：硬车削中的切削力包括刀具侧面磨损及其对刀具与工件之间摩擦的影响
2. Effect of different tool flank wear lengths on the deformations of an elastic cutting tool and the machined workpiece [J] . Zone-Ching Lin, Ship-Peng Lo International Journal of Computer Applications in Technology . 2006,第1期

机译：不同的刀具侧面磨损长度对弹性切削刀具和加工过的工件变形的影响
3. The Study of Wear of Cutting Tools of cBN-based Composite Material and the Influence of Tool Wear on Cutting Forces in Turning Hardened Steels [J] . N. E. Stakhniv, L. N. Devin Journal of superhard materials: Sverkhtverdye materialy . 2011,第2期

机译：cBN基复合材料刀具的磨损及刀具磨损对车削淬火钢切削力的影响研究
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. Real-time adaptive cutting tool flank wear prediction. [D] . Lee, Gun. 2010

机译：实时自适应切削刀具侧面磨损预测。
6. Optimization of Cutting Data and Tool Inclination Angles During Hard Milling with CBN Tools Based on Force Predictions and Surface Roughness Measurements [O] . Andrzej Matras, Wojciech Zębala 2020

机译：基于力预测和表面粗糙度测量的CBN刀具硬铣削过程中的切削数据和刀具倾斜角的优化
7. EXPERIMENTAL ANALYSIS OF CUTTING TOOL FORCES BASED ON FLANK WEAR AT OPTIMUM CUTTING CONDITIONS IN HARD TURNING OF AISI H13 [O] . 2015

机译：AISI H13硬转向侧面切削条件下基于侧面磨损的切削工具力的实验分析

Cutting forces in hard turning comprising tool flank wear and its implication for the friction between tool and workpiece

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