切削刃

论证了在保证生产能力的条件下，左右回转时，铲斗切削刃长度趋于一致。

It was demonstrated that the cutting edge lengths trend to be the same both in left and right swing under the condition to maintain productivity .

介绍了模块式可转位转子槽盘铣刀的设计原理，计算、分析了几何参数沿切削刃的分布情况及切削刃的造形误差，并给出了计算实例。

The design principle of modular indexable inserted side mills used to cut rotor slots are introduced , and the distribution of geometric parameters along the cutting edge and the profile error of the cutting edge are calculated and analyzed , finally , a calculating example is given .

利用商业有限元分析软件Marc对考虑切削刃钝圆半径的切削加工过程进行了有限元模拟。

A finite element simulation of cutting with the tool edge radius consid ered is presented using the commercial finite element software Marc .

从连续切削刃的角度出发，利用VB和Matlab对其运动轨迹进行仿真，分析了超声振动辅助磨削为分离型磨削过程的影响因素。

Based on the sequence cutting edges , their movement paths are simulated by VB and Matlab , and the factors which effect the separation characteristic of ultrasonic vibration assisted grinding are analyzed .

CSD磨料在磨削过程中呈微刃破碎，保持有多个锋利切削刃，因而具有非常好的自锐性。

CSD abrasive keeps tiny blade fragmentations and several cutting blades and thus the self-sharp - ening of CSD abrasives is very good .

并采用Romberg积分确定冲击切削刃线，计算总冲击消耗能量。

It also calculates total consumed energy with Romberg integral which determines the impacting cutting bit curve .

电镀CBN内齿晰轮在制造工艺方面的主要问题是作为切削刃的超硬材料CBN与镀层的结合强度和磨粒的均匀性等问题。

The main process problems in electroplating CBN internal engaged honer are the binding force between CBN composite deposit and matrix and the uniform of the CBN abrasives .

PDC钻头切削刃与钨-钴合金基体的磨损情况和较大接触应力、冲击载荷及较高的摩擦面温度引起的加速磨损，是导致PDC钻头钻遇硬的研磨性地层时磨损失效的主要原因。

Because of the accelerating wear of PDC cutters caused by serious contact stress , stronger impact forces , and higher temperature on friction face , PDC bits failed to drill hard and abrasive formations .

对PDC钻头切削刃进行了受力平衡分析，建立了地层识别因子与钻井操作参数、钻头结构参数的关系模型。

The balance of forces acting on PDC bit cutter is analyzed , and a model of relations among the formation identification factor and the operational parameters of drilling as well as the bit structural parameters is established .

结果表明，刀具的最大Mises应力位于刀具前刀面靠近切削刃的区域，最高温度出现在切屑与前刀面的接触区域。

The simulation results showed that the maximum Mises stress was obtained in the area of the tool rake face near the cutting edge . The maximum temperature was found in the contact area of the chip and the rake face .

“我们的切削刃技术以及在该领域的专业技术将为ONGC创造更高的效率和更大的生产力，”ABB过程自动化部门的主管Veli-MattiReinikkala如是说。

" Our cutting-edge technologies and domain expertise will create greater efficiency and productivity for ONGC ," said Veli-Matti Reinikkala , head of ABB 's Process Automation division .

精密加工中刀具的实际切削刃

Actual Cutting Edge of Torus and the Solving of Characteristic Curve

切削刃钝圆一般能使切屑卷曲半径增大。

The cutting edge roundness can make chip curling radii larger .

钻头主切削刃的修磨及跳动测量

Regrinding and Run-out Testing of the Major Cutting Edge of Drill

这是由于剪切区因切削刃倾斜而产生一纵向剪切力，形成附加的材料硬化。

This is attributed to additional shear along the shear zone .

提高木工刨床切削刃位置精度对策

The countermeasures for increasing accuracy of cutting edge position of planer

基于等效切削刃的切削力预报模型

A prediction model for cutting force based on equivalent cutting edge

径向剃齿刀切削刃错位方式的研究

Study on the Cutting Edge Stagger Method of the Plunge Shaving Cutter

任意形状钻头切削刃的受力预测模型

Computerized Drilling Force Prediction Models for Arbitrary Drill Point Geometry

新构形硬质合金插齿刀切削刃几何角度分析

Analysis of Geometric Angle of Cutting Edge of New Profiling Carbide Shaper Cutter

切削刃钝圆导致的鳞刺

On the scale caused by rounded cutting edge

可补偿切削刃磨损的不铲齿成形铣刀的设计与制造

Design and Manufacture of Non - relieving Forming Milling Cutter with Compensable Cutting Edge

所以每条切削刃都适当的前后角。

Therefore , each of those cutting edges has appropriate rake and relief angles .

移动切削刃以接触外罩上的制动机构。

The cutting edges are moved to contact a stop member on the housing .

所有深孔钻都是直出屑槽的，并且均为单切削刃。

All gun drills are straight-fluted , and each has a single cutting edge .

基于单刃刀具和等效切削刃法的流屑角仿真钻冠的尖度，钻头磨角，钎子头刃角

Simulation on the chip flow angle based on the single-point tool and equivalent cutting edge

有六个切削刃的高性能刀具

High performance with six cutting edges

并对研磨过程中的金刚石车刀进行了切削刃形状信息和位置信息的亚像素精度测量。

Afterwards the shape information and position information of tools are measured online in sub-pixel precision .

磨轮用非常大量的微型切削刃模仿铣刀进行切削。

The latter simulates a milling cutter with an extremely large number of miniature cutting edges .

带螺旋形切削刃的铣削刀具

Milling Tool With Screwy Edge