In this control system and optimized craft parameter fall, use width to be the tool cathode of 5 Mm, can be inside 5 Min modulus 3, tine is counted 33, Ra is worth the surface roughness of straight gear tooth flank of facewidth 15 Mm and HRC50~HRC55 of tooth flank hardness to fall from 1.6 μ M to 0.1 μ M the following, the exterior reflectivity of tooth flank ρ by 30% raise 80%~90%.
在此控制系统和优化的工艺参数下，采用宽度为5 mm的工具阴极，可在5 min内把模数3、齿数33、齿宽15 mm和齿面硬度HRC50~HRC55的直齿轮齿面粗糙度Ra值从1.6μm降至0.1μm以下，齿面的表面反射率ρ由30%提高到80%~90%。
This was due to the increase in the contact area at the tool-chip and tool-work interface due to the presence of flank and crater wear.
这是由于增加了接触面的工具，芯片和工具的工作界面因侧翼和火山口的磨损。
The complex nature of the tool wear complicates the task of defining the flank and crater wear boundaries manually.
的复杂性，刀具磨损的任务复杂化，确定后刀面磨损和火山口的分界手动。
The cutting performance of CBN tools when machining grey cast iron with different pearlite/ferrite ratio at high cutting speed up to 1100 m/min was investigated concerning tool flank and crater wear, tool life and the influence of oxygen rich atmosphere.
研究了CBN刀具高速切削灰铸铁时的刀具前、后刀面磨损、耐用度以及富氧气氛对切削性能的影响，所用的灰铸铁具有不同的铁素体、珠光体比例，最高切削速度达1＇100m/min。
During turning, the cutting temperature of rake face was higher than that of flank face, so adhesive wear, oxidation wear and diffusion wear of rake face were more serious in comparison with that of flank face of cutting tool.
由于车削过程中刀具前刀面的切削温度比后刀面的切削温度高，导致刀具前刀面的氧化磨损、粘结磨损和扩散磨损较后刀面严重。
The microwear, chipping, peeling and the abrasive wear are the main wear patterns by using the Single Crystal Diamond tool, while Polycrystalline Diamond tool mainly suffers from the abrasive wear on the rake face and the adhesive wear on the flank face.
单晶金刚石刀具主要发生微磨损、崩刃、剥落和磨粒磨损，聚晶金刚石刀具主要发生磨粒磨损和粘结磨损。
Clearance angle This is the angle between the machined surface and the underside of the tool called the flank face.
后角 这是已加工表面和刀具下面叫做后刀面之间的夹角。
Oxidation wear appeared at the wear edge of rake face and flank face of cutting tool.
硬质合金刀具的氧化磨损主要发生在刀具前刀具和后刀面的磨损边缘区。
Hence, the thermal damage layers on the rake face and the major flank of tool induced by induction heating were studied by SEM.
因此，进行了感应加热对刀具前刀面和后刀面热损伤的研究。
It has been found that the crater is formed on the face of high speed steel tool, the wear land appeared on its major flank under either higher or lower cutting speed and owing to cold-weld, the built-up edge is formed under low cutting speed. As to the carbide tools, no crater is formed on the tool face.
硬质合金刀具后刀面没有明显的磨损带，前刀面也不形成月牙洼，而是在扩散磨损、微崩刃、冷焊磨损等机制的综合作用下，在靠近切削刃处形成一些凹坑，凹坑扩展并相连后导致刀具失效。
And it's pointed out that the outstripping phenomenon is the result of comprehensive effect of multiple factors, especially the overlapping ironing of tool flank.
利用该模型对超越性加工现象的产生原因和产生条件进行了系统地理论分析，指出超越性加工现象是多种因素综合作用的结果，特别是后刀面错位熨压作用是产生超越性加工现象的主要原因。
By changing the tool rake angle, the cutting force and the variation of effective stress on tool flank under different rake angle were obtained.
改变刀具前角，得出在不同的刀具前角下T（iC，N）基金属陶瓷刀具在正交切削过程中切削力以及刀具后刀面等效应力变化；
Free cutting tool with cylindrical rake and flank faces
柱面自由切削刀具的研究
The wearing characteristics of a tool's rake/flank under the conditions that an adhering layer is formed have been studied in machining Ca-S free-cutting stainless steel, as well as the thickness of adhering layer and influencing factors on it.
研究了切削Ca-S易切不锈钢时，在覆盖膜生成的条件下，前后刀面的磨损特点、覆盖膜的厚度及影响因素。
Barrel shaped roller coupling Tool positioning strategy for free form surface flank grinding with drum wheel was studied.
鼓形滚柱联轴器对采用鼓形砂轮周磨自由曲面的刀位计算进行了研究。
Tool Positioning Strategy for Free Form Surface Flank Grinding with Drum Wheel
鼓形砂轮周磨自由曲面刀位算法
Conditions for the derivation of formulae for the rake and clearance are presented on the arbitrary plane perpendicular to the reference, and the universality of application is advocated for both the basic and derivated formulae with the concept of equivalent tool edge and equivalent face or flank.
讨论以车刀为基本形式的过选定点垂直于基面的任意剖面前后角公式推导的条件，提出了等效切削刃和等效刀面的概念；
The wear mechnisms of coated cutting tools mainly are flank wear and abrasive wear, accompany with adhesive wear, oxidation wear and breakage of the tool tip/cutting edge.
涂层铣刀磨损方式主要是后刀面磨损和磨粒磨损，伴随着粘接磨损，氧化磨损以及刀尖和刀刃的破损。
In the part coordinate system, the function of the auto-program tool (APT) cutter flank is constructed, and the point set close to the cutter-flank is selected based on the critical position.
在零件坐标系下，建立自动编程刀具轮廓函数，基于初始临界位置，选定与刀具临近点集。
Experiments are performed on the relationship between tool flank wear and cutting force, and that between flank wear and the surface residual stress of workpiece.
对铣削加工过程中后刀面磨损对加工精度的影响进行了分析和研究，建立了基于刀具后刀面磨损的铣削加工误差的数学模型。