Tool wear resulted in increased cutting tool forces and machined surface temperature.
刀具磨损造成更多的部队和刀具加工表面温度。
Feedback from the balance analyzer can be used to compensate for setup errors, thermal drift, and tool wear.
平衡分析仪的反馈可用于对装置误差、热漂移和工具磨损进行补偿。
Product raw material used in Japan high-speed tool steel SKH-9, and adopt the international advanced vacuum sudden hot and cold hardening treatment process, products, good toughness, wear resistance strong.
产品原材料采用日本产高速工具钢SKH-9，并采用国际先进的真空骤冷热处理工艺淬火，产品韧性好，耐磨性强。
Deep hole drilling has been extensively applied in manufacturing industry. The condition of tool wear and chip removal is a key factor that determines whether deep-hole drilling is successfully processed or not. It is essential to research on tool wear and chip removal condition monitoring.
深孔加工在机械制造业中有广泛的应用，其刀具切削状态和排屑状况是否正常是决定深孔加工过程能否顺利进行的关键，研究刀具磨损以及排屑状态监测技术具有重要工程意义。
It produces a poor surface finish; tool wear is high.
它生成很差的表面光洁性且刀具磨损非常大。
The inuence of tool wear on surface nish is not included because fresh tools are employed during the milling experiments.
那个 影响刀具磨损的表面光洁度不包括因为新的工具是受雇期间铣实验。
The wear and rupture of cutting tool are investigated.
分析了切削硬岩时的刀具磨损和破损特征。
For the improved accuracy of tool nose radius value, it was presented that a necessary compensating radius value of tool nose was used to express a tool-nose radius which was input into CNC system by taking the geometric shape and size of tool nose, the contact condition between tool and workpiece, the tool wear...
刀尖补偿需求半径值无法通过直接测量获取，研究了一种由加工结果反求刀尖半径的逆向测量法，在测量刀尖半径值时利用数控车削系统运行中固有的特点，通过加工一个倒角或圆锥面，量取工件尺寸，计算得到车刀刀尖半径值。
In the chapter two, the wear characteristics、design and use of single crystal of dimond tool are discussed.
本文通过试验和分析，找出了平面度超差的原因，提出了觧决问题的方法。
In the course of high speed cutting of titanium alloy, the temperature of cutting zone is very high, which accelerates tool wear so that cutting speed is more restricted.
在钛合金的高速切削过程中，切削区温度很高，加速了刀具的磨损，限制了切削速度的进一步提高。
The use of cryogenic nitrogen gas jet to reduce the temperature of cutting zone and to avoid oxidation wear of tool in high speed milling titanium alloy was presented.
为降低切削区温度、防止刀具的氧化磨损，提出在低温氮气射流条件下进行钛合金的高速铣削加工。
The heat treatment of HSS roll was different from that of common high-speed tool steel. Fog quenching at 1025-1075℃ and tempering at 500-550℃, HSS roll turned out to have excellent mechanical properties and wear resistance. Two times temper was able to satisfy the requirement of HSS roll, while three times temper decreased the hardness of HSS roll.
高速钢轧辊热处理工艺不同于普通高速工具钢，经1025～1075℃喷雾淬火和500～550℃回火，具有良好的力学性能和耐磨性，高速钢轧辊经两次回火可以满足要求，三次回火后，硬度反而降低。
Taking into account the screw compressor rotor is a spiral shape, in the process of cutting, cutting tool on every point of contact with the rotor of the horizontal length is not the same, therefore, finished at the rate of wear and tear tool of its type along the line is Inconsistent.
考虑到螺杆压缩机的转子是螺旋形状，在切削过程中，刀具上的每一点与转子的横向接触线长度是不一样的，因此，精加工时刀具的磨损速率沿着它的型线也是不一致的。
When using the die-cutting tool, be sure to use industry gently rolling shouder strickle blankets up drop every day in order to maintain an adequate amount of lubricant die-cutting knife at the end of shouder hobber and the stone the roller surface clean, and in both form a thin film to improve die-cutting knife at the end of shouder hobber and rolls of anvil wear resistance.
搁置模切刀时，一不退给对峙搁置厂家供答的滚肩刮拭毛毡，每天进取滴适度润滑油，以保留模切刀滚肩与底砧辊暗不天的肮脏，且在两者间变成一层薄薄的油膜，恶化模切刀滚肩与底砧辊暗不天的耐磨损性能。
Superior flowability also provides for a reduction of in-mould deposits, lower mould wear resulting in lower maintenance cost and longer tool life, and therefore lower amortization cost of the tool.
出色的流动性还减少了模垢和模具磨损现象，从而降低了维护成本，延长了工具使用寿命，因而降低了工具的摊销成本。
Through the comparison between the measured accuracy and the detected calculated error of a practical part, the difference between the machining accuracy and the programming accuracy is concluded. The machining process and accuracy is influenced by many factors, such as cutting force, cutter wear, alignment error and machine tool error. By analyzing the above influence mechanism, the comprehensive model of NC machining verification is created. Furthermore, the important role of the model in designing and machining of product is discussed.
通过加工实例精度测量结果和误差检测计算值的比较，明确了实际加工精度和编程精度的不同概念，并在分析切削力、刀具磨损、对刀误差及机床误差等工艺因素对实际切削过程和加工精度影响机制的基础上，建立了综合考虑编程精度及各工艺因素的数控加工仿真综合模型，并对综合模型在产品设计和加工过程中的重要作用进行了探讨。
In this paper a series of experimental data were analyzed when chamfered PCBN cutting tools were used to turn the hardened GCr15 bearing steel. The correlations between chamfer angle and cutting forces as well as tool wear were observed.
超硬刀具材料作为近年新兴的刀具材料，越来越为人们所了解和熟悉，其中PCBN刀具在加工淬硬钢和铸铁等材料时表现出了更为优异的性能。
Influences of chamfer angle of PCBN cutting tool on the cutting forces and tool wear in dry turning hardened steel; 2. The predictive model for cutting forces in high-speed cutting process was built based on DEFORM-3D.
基于有限元分析软件DEFORM-3D建立高速切削的切削力预报模型，并对车削力和工件、刀具及切屑的温度分布进行模拟。
However, tool wear is high in USM, due to the abrasive cutting action.
但是，由于USM是磨削加工，因而刀具损耗大。
Multi-cementation process improves greatly the anti-seizure ability, wear endurance, thermal stability and service life of tool steel.
多元渗可大大提高抗咬合和抗磨损能力以及热稳定性和使用寿命。