轴向进给周边轮廓磨削,profile grinding with axial feed
1)profile grinding with axial feed轴向进给周边轮廓磨削
2)Shaft-oriented feed grinding method轴向进给数控磨削法
3)profile grinding轮廓磨削
4)transverse feed grinding横向进给磨削
1.The surface hardening of 40Cr steel was performed on a surface grinder bytransverse feed grinding;the changing trends of microstructure and wear behavior of surface hardened layer were researched.在平面磨床上采用横向进给磨削方式对40Cr钢进行表面硬化处理,研究了磨削表面硬化层组织与磨损性能的变化趋势。
5)in-feed system磨削进给
1.the article introduces a kind of grindingin-feed system of outside ring, by studying development process of international grinding equipment.通过对减薄设备发展过程的研究,提出了一种由外环式磨削进给方式组成的外环式减薄系统。
英文短句/例句
1.DEVELOPMENT OF FEED CONTROL SYSTEM OF ULTRA-PRECISION GRINDING OPTICAL PARTS;光学零件超精密磨削进给控制系统的研制
2.Study on the Support Software System of Quality Analysis for Bearing Ferrule Grinding Progress Parameters Optimization;支持轴承套圈磨削进给参数优化的质量分析系统的研究
3.Technological Experiments on Creep Feed Ultrasonic Grinding Ceramics（Al_2O_3）;Al_2O_3陶瓷蠕动进给超声磨削的工艺研究
4.Experimental Research on Creep Feed Ultrasonic Grinding ZrO_2 Ceramics蠕动进给超声磨削ZrO_2陶瓷实验研究
5."To grind a cylindrical form, the workpiece rotates as it is fed against the grinding wheel."磨削工件的外圆时,工件旋转并向砂轮进给。
6.Simulation of Tangential Feed EDG Method with Block Electrode块状电极切向进给电火花磨削的仿真研究
7.The Design of GXYY-12150 Skiving Machine"s Auto-feed Knife SharpenerGXYY-12150型削匀机自动进给磨刀机构的设计
8.Investigation on Edge Wear-Out of Abrasive Wheel during Creep-Feed Grinding of Deep Groove缓进给磨削深直沟槽时砂轮边角磨损的试验研究
9.The grinding system which uses linear motor as a wheel feed drive is introduced.介绍了利用直线电机作为砂轮进给驱动的磨削系统。
10.The usage of tangential feed for EDG method with block electrode is a new processing method at present.块状电极电火花磨削采用切向进给法,当前还是较新的加工方法。
11.Basic Research on Technology of NC-Contour Evolution Creep Feed Ultrasonic Grinding Ceramic Blade Surface;陶瓷型面的数控展成蠕动进给超声磨削技术的基础研究
12.Basic Research on the Optimization of Process Parameters in Creep Feed Ultrasonic Grinding Engineering Ceramics;优选蠕动进给超声磨削工程陶瓷参数的基础研究
13.Research on Feeding State Parameter Monitoring and Processing Experiment of Bearing Ring Raceway Grinding;轴承套圈沟道磨削的进给状态参数监测及其工艺试验研究
14.Study on Wheel Setting Monitoring and Precise Feed Control for Engineering Ceramic Work Piece Grinding Process;工程陶瓷工件磨削过程对刀检测及进给量精确控制研究
15.Grinding makes use of abrasive particles to do the cutting. Grinding operations may be classified as precision or nonprecision, depending on the purpose.磨削利用磨粒来进行切削。磨削可根据不同的目的分为精磨和非精磨。
16.The Lightweight Design and Reliability Study on Efficient High-Speed Automation Equipment of the Heavy-Load Grinding Feed Unit in Pressure Vessel of Nuclear Power核电高压容器高效自动化磨削装备高速重载进给单元轻量化设计与可靠性研究
17.Development of Pulse Power and Experimental Research of ELID Grinding Technology;脉冲电源改进及ELID磨削技术实验研究
18.Study of Creep Grinding on Superalloy for Turbine Blade高温合金涡轮叶片缓进磨削工艺研究
相关短句/例句
Shaft-oriented feed grinding method轴向进给数控磨削法
3)profile grinding轮廓磨削
4)transverse feed grinding横向进给磨削
1.The surface hardening of 40Cr steel was performed on a surface grinder bytransverse feed grinding;the changing trends of microstructure and wear behavior of surface hardened layer were researched.在平面磨床上采用横向进给磨削方式对40Cr钢进行表面硬化处理,研究了磨削表面硬化层组织与磨损性能的变化趋势。
5)in-feed system磨削进给
1.the article introduces a kind of grindingin-feed system of outside ring, by studying development process of international grinding equipment.通过对减薄设备发展过程的研究,提出了一种由外环式磨削进给方式组成的外环式减薄系统。
6)peripheral grinding周边磨削
延伸阅读
数控加工进给的确定数控加工切削用量的确定合理选择切削用量的原则是，粗加工时，一般以提高生产率为主，但也应考虑经济性和加工成本；半精加工和精加工时，应在保证加工质量的前提下，兼顾切削效率、经济性和加工成本。具体数值应根据机床说明书、切削用量手册，并结合经验而定。⑴切削深度t。在机床、工件和刀具刚度允许的情况下，t就等于加工余量，这是提高生产率的一个有效措施。为了保证零件的加工精度和表面粗糙度，一般应留一定的余量进行精加工。数控机床的精加工余量可略小于普通机床。⑵切削宽度L。一般L与刀具直径d成正比，与切削深度成反比。经济型数控加工中，一般L的取值范围为：L=（0.6～0.9）d。⑶切削速度v。提高v也是提高生产率的一个措施，但v与刀具耐用度的关系比较密切。随着v的增大，刀具耐用度急剧下降，故v的选择主要取决于刀具耐用度。另外，切削速度与加工材料也有很大关系，例如用立铣刀铣削合金刚30CrNi2MoVA时，v可采用8m/min左右；而用同样的立铣刀铣削铝合金时，v可选200m/min以上。⑷主轴转速n(r/min)。主轴转速一般根据切削速度v来选定。数控机床的控制面板上一般备有主轴转速修调（倍率）开关，可在加工过程中对主轴转速进行整倍数调整。⑸进给速度vF 。vF应根据零件的加工精度和表面粗糙度要求以及刀具和工件材料来选择。vF的增加也可以提高生产效率。加工表面粗糙度要求低时，vF可选择得大些。在加工过程中，vF也可通过机床控制面板上的修调开关进行人工调整，但是最大进给速度要受到设备刚度和进给系统性能等的限制。随着数控机床在生产实际中的广泛应用，数控编程已经成为数控加工中的关键问题之一。在数控程序的编制过程中，要在人机交互状态下即时选择刀具和确定切削用量。因此，编程人员必须熟悉刀具的选择方法和切削用量的确定原则，从而保证零件的加工质量和加工效率，充分发挥数控机床的优点，提高企业的经济效益和生产水平。
