Abrasive Machining

study on magnetic abrasive machining for the smaller hole

小孔内表面磁性研磨加工方法的研究

abrasive machining is a key machining method for ultra-precision machining of advanced ceramic.

磨粒加工是先进陶瓷超精密加工的一种重要方法。

the feasibility of grinding ceramics in the ductile regime is analyzed from the points of grinding process, achievable material removal rates in abrasive machining, the critical grinding depth and properties and the failure form of the material.

从陶瓷磨削加工过程，磨料加工时有效材料去除率，加工的临界磨削深度与材料本身的性质以及材料的破坏形式等角度分析了陶瓷材料延性域磨削加工的可行性。

abrasive machining plays an important role in precision and ultra-precision processing technology.

磨粒加工是现代精密与超精密加工中重要的加工方法。

mechanism of dynamic abrasive machining of gear and its experiment

齿轮动态力研齿机理及实验研究

research and practice on magnetic abrasive machining for inner surface of the smaller hole

小孔内圆表面磁性磨料研磨加工的实践与研究

the principle of magnetic abrasive machining was introduced, the proper geometric shape of the magnetic poles was studied, and the stress analysis of the machining part in the magnetic field was given.

介绍了磁性研磨的加工原理，不仅对磁极的形状加以分析，还对工件在磁场中的受力情况进行了理论分析。

and introduced the mechanism of magnetic abrasive machining technology and application of the free-form surface machining technology has some advantages.

着重介绍磁研磨技术的加工机理，以及在自由曲面加工中应用该技术所具有的一些优势。

precision processing is performed for martensitic stainless steel sus440c by loose abrasive machining technique.

利用游离磨粒加工方法对马氏体平面不锈钢SUS440C试件进行精密加工。

free abrasive machining is a technology with a long history and continuously developing process. it is not removing the material or removing very thin layers to reduce the values of surface roughness or surface reinforcement, which is chiefly used in final working procedures.

而自由磨粒加工技术是历史悠久而又不断发展的加工方法，它是不切除或切除极薄的材料层，用以降低工件表面粗糙度值或强化加工表面的加工方法，多用于最终工序加工。

edm ( electrical discharge machining) technology is an important component of advanced manufacture technology and it is an important complement and development of cutting processing and abrasive machining which are widely adopted by mechanic manufacture.

电火花加工技术是先进制造技术的重要组成部分，是机械制造业中最广泛采用的机械切削和磨削加工的重要补充和发展。

abrasive machining for eccentric shaft of rolling cut type sizing shear

滚切式定尺剪偏心轴的磨削加工

processability of pvc powder in twin screw extruder abrasive machining

PVC粉料在双螺杆挤出机上的加工特性

Therefore, a semi-fixed abrasive machining method is proposed by Ultra-precision Machining Research Center of Zhejiang University of Technology to reduce or eliminate the surface defects caused by large abrasive grains and to improve the efficiency of precision or ultra-precision machining workpiece.

浙江工业大学超精密加工研究中心提出了一种半固着磨粒加工方法，可以降低甚至消除大颗粒造成的表面损伤，实现高效、精密加工。

technical analysis of forage and straw mechanized processing abrasive machining

饲草和秸秆机械化加工的技术分析

in this paper, experimental research was conducted on the magnetic abrasive machining of inner surface of general and small diameter hole ( < 20mm) of the ring, a kind of textile workpiece.

本文以纺织配件钢领为例，对普通内圆表面和小孔径（

abrasive machining computer handling of the test results of micropowder abrasive grain constitution

磨料微粉粒度组成检测数据的计算机处理

abrasive machining mechanized rock bolting

机械化锚杆支护

development and key technologies for high efficiency abrasive machining

高效率磨粒加工技术发展及关键技术

employing abrasive machining for the form of the gear and intellective-control carburizing and quenching technology for the surface, the gear is with high intensity, strong tenacity and wearability.

齿轮齿形采用磨齿加工，齿面采用智能控制渗碳淬火技术，齿轮的强度高、韧性和耐磨性好。

practice on magnetic abrasive machining magnetic abrasive finishing machining

磁力光整加工技术

A Study on the Batching Proportion of High Strength Three-element Bond for Vitrified Abrasive Tool Abrasive Machining

陶瓷磨具长石粘土硼玻璃三元系统高强度结合剂配料比实验设计研究

the magnetic abrasive machining is a method that the magnetic field is used to polish the surface of the workpiece.

磁研磨是利用磁力的作用进行表面抛光处理的新方法。

the super-high speed grinding is a kind of advanced abrasive machining. it can improve production efficiency and surface quality of machining. it is the current trend of grinding technology.

超高速磨削是一项先进的磨粒加工技术，可以显著提高生产效率和表面加工质量，是当前磨削技术的发展趋势。

experimental study on magnetic abrasive machining of inner surface of small diameter hole

小孔径内圆表面磁性研磨加工实验研究

magnetic abrasive machining for hole and ball with rotating magnetic pole

用旋转磁极的方法对内孔和球面进行磁性磨料研磨加工的研究

in this paper, a calculation formula on deformation moment with practical value is provided by means of analysing the elastic and plastic deformation of the metal strips with teeth when small sized stator cores of direct current dynamo are coiled by drive pins. abrasive machining

在小型发电机定子卷铁心销牵引卷绕加工中，通过对齿形钢带的弹塑性变形进行分析，推导出有实用价值的变形力矩计算公式

by controlling the superposition between the rotary surface of the grinding wheel and the normal vector of the curve, point contact between them was realized. so grinding just like turning, the abrasive machining of complex curve is easy to be realized.

通过保证曲线轮廓上磨削点处的法线经过砂轮的回转平面，实现了砂轮与工件之间的恒定点接触，从而提高了加工精度、实现了对任意复杂曲线轮廓的磨削加工。

abrasive machining development of mixing facilities

混炼设备的发展

system of computer distributed control for abrasive machining

磨削加工的计算机分布式控制系统