The cutting experiments show that in cutting of quenched steel the tool life of this cutter is longer than that of uncoated cutting tool. 将氮化碳涂层刀具应用于干切削领域,通过对淬火钢的干式切削试验,研究氮化碳涂层刀具的切削加工性能。
The main effects of the cutting fluid are cooling and lubrication, their effects embody the life of the cutting tool. 切削液的主要作用是冷却和润滑,其效果反映在刀具的使用寿命上。
This paper introduces the green character of green cutting tool and the system of life cycle design, and is reachearched the design analysis of green cutting tool in this paper. 本文介绍了绿色刀具的绿色特性和生命周期设计体系,并研讨了绿色刀具的设计分析。
The tool life of FG-2 is not longer than that of SG-4 in low cutting speed, but it improves obviously in high cutting speed. This phenomenon shows that the functionally graded ceramic tool is suitable for high speed cutting. 在低速切削时,FG2的破损寿命不比普通陶瓷刀具SG4高,但在高速切削时,其抗破损性能则明显好于普通陶瓷刀具SG-4,说明梯度功能陶瓷刀具适应于高速切削。
Study on the Wear and Life of Cutting Tool by the Use of Machine Vision 应用机器视觉技术研究刀具磨损与耐用度
The results showed that the steel after combined treatment had higher surface hardness and wear resistance, and prolonged the service life of cutting tool. 结果表明,该钢经复合处理后,具有较好的表面硬度和良好的耐磨性,显著地增加了刀具的使用寿命。
Experimental results showed that the improved D-S evidence theory fusion model for SVM and ANNs successfully solved the tool wear recognition problem in the full life span of the cutting tool. 实验结果表明基于ANN和SVM的改进D-S证据论融合模型成功地解决了刀具全寿命周期内磨损状态的精确识别问题。
Through the analysis of experimental data, regression equation of tool life and cutting force was obtained, empirical formula of cutting force and tool wear was established. 通过大量实验数据的分析,得出了切削力和刀具使用寿命的回归方程,并建立了切削力和刀具磨损经验公式。
Analysis vibration-assisted Micro milling processing, the main features is cyclical changes of cutting thickness and separation tool-workpiece, lead to reduces tool wear in effect, prolongs the life of cutting tool and inhibits the formation of burr. 研究发现在振动微铣削的切削过程中,切削厚度发生周期性的变化,刀具与工件出现间歇性分离,正是这些加工过程中的特点,有效减少刀具磨损,延长刀具寿命以及抑制了毛刺的产生。
Tool life reliability is one of the most important evaluation indicators of cutting tool performance. 刀具寿命可靠性是重要的刀具性能评价指标。
Experiments on tool life was executed and a comparison experiment of dry machining was conducted so as to determining the function of oil based cutting fluids in improving tool life. 进行了钻削刀具的寿命试验,并对比干切削,分析了钻削油在提高刀具寿命方面的作用。