A useful method for adjusting the micro-cutting depth when machining holes on a round bar is presented.
介绍了一种方便实用、可在加工外圆、内孔时进行切深微量调节的方法。
The adjustment of cutter's attitude is an important factor to insure the successful implement of micro-cutting.
刀具的姿态调整是确保微细切削成功实施的重要环节。
In the condition of abrasive attrition, the wear loss is mainly caused by micro-cutting, particle shattered and brittle micro-peeling.
在磨粒磨损条件下，其磨损机制主要是显微切削、颗粒脱落和脆性剥落；
The wear mechanism of the coating attributes to the brittleness shedding of the hard phase particles going with a slight micro-cutting.
复合涂层的磨损机制主要为硬质颗粒的脆性脱落，同时伴随着轻微的显微切削。
The results show that the typical appearance of worn audio heads is scratch mark. The wear mechanism of the heads is mainly micro-cutting.
结果表明，磁头磨损的典型形貌特征为划痕，磨损机理以微切削为主。
Pure epoxy coating shows typical brittle erosion behavior, and the erosion is determined by both micro-cutting mechanism and fracture mechanism.
环氧耐磨涂层的脆性冲蚀特征较为明显，冲蚀由显微切削机制和断裂机制等机制决定。
The utility model relates to a straight line micro-cutting device which can process the straight lines on the planes of high precision component parts.
本实用新型涉及一种加工高精度零件平面直纹的直纹微量切削装置。
The wear mechanism of high vanadium high-speed steel is combined micro-cutting and fatigue wear with carbide particle breaking and peeling off under stress.
高钒高速钢干滑动磨损机理为显微切削和疲劳磨损的复合，并且有应力作用下碳化物的碎裂及脱落。
Micro-cutting technology is the key technology for the precision machining of microstructure which is usually made of non-silicon materials such as metal and alloy.
微细切削技术是面向金属与合金等非硅材料微小型结构件精密加工需求的关键技术。
The applications of micro-cutting processing technology to the machining of 3d precision micro components evoked the great technological revolution in the field of micro-manufacturing.
微细切削加工技术在精密三维微小零件制造中的应用，引发了微细制造领域重大的技术变革。
The results show that the abrasive wear loss is mainly controlled by micro-cutting and microcracking. The wear resistance may be determined by the combination of strength and toughness.
结果表明，材料的磨料磨损主要由显微切削和显微裂纹两个因素控制，材料的耐磨性由其强度与韧性的配合所决定。
The surface morphologies exhibit deformation wear in the middle and micro cutting wear in the sides, which indicate that all the samples exhibit ductile material characteristics in the erosion.
合金丝试样中部为变形磨损，侧面为微切削磨损，表现为典型的韧性材料冲蚀磨损特性。
The crystallographic effects on critical depth, micro cutting forces and surface waviness when machining single crystals are emphatically investigated.
重点研究了加工单晶材料时晶向对临界切深、微切削力和表面粗糙度的影响；
The feasibility, the advantage, and the foreground of micro cutting are introduced.
介绍微细切削的可行性、优点及其应用前景。
Based on cutting and vibrating theories, the dynamic behavior of micro drill is studied by using the finite element method.
基于切削和振动理论，利用有限元技术对微细钻头振动钻入动力学特性进行了深入地研究。
To probe into machining mechanism in micro cutting, the minimum cutting depth for achieving stable machining was discussed.
为探讨微切削的加工机理，对能稳定切削的最小切削深度进行了研究。
Contrast the two machining method between turn-milling and turning, research the effect on machining precision of micro-shaft parts about cutting depth.
通过车铣和车削两种加工方法的对比，重点研究了切削深度对微细轴类零件加工精度的影响问题。
The study shows that in granite cutting processes, PDC cutter is worn by micro chipping in diamond grains due to mechanical action, and the wear surface is almost parallel to the rock surface.
研究结果表明：切削花岗岩时，受切削力及其冲击的作用，PDC刀具产生近乎平行岩石表面的磨损形式，磨损机理为机械作用引起聚晶金刚石层微观裂纹产生并扩展而导致的金刚石颗粒的微观破碎。
This article focused on drilling in the actual processing of microporous main cutting edge of micro-drill breaks and microporous processing accuracy.
集中论述了在实际微孔钻削加工过程中主切削刃对微钻头折断和微孔加工精度的影响。
Based on these, the physical model of plastic degenerating layer has been established and the fractional mechanism of surface crystal particles has been explained by micro-edge cutting theory.
在此基础上，建立了陶瓷镜面磨削塑性变质层的物理模型，并用微刃切削理论解释了表面晶粒的碎化机理。
Finally, the influence of cutting parameters and tool wear on burr formation are studied through the experiment of machining micro-flute.
最后，本文针对微槽切削加工过程，分析了切削参数和刀具磨损对工件毛刺形成的影响。
This paper sets up an instantaneous cutting force model for a spiral cylinder cutter by analyzing the linear relationship between micro-unit milling force and instantaneous uncut chip thickness.
应用微分几何理论，给出了圆锥螺旋铣刀几何特性，据此导出了三维非线性铣削力模型，继而采用非线性规划识别切削力系数。
This paper presents an experimental study of cutting forces during micro milling of aluminum alloy 2A12 using two-fluted carbide flat end milling cutters with the diameter of 0.
在自行开发的三轴联动微小型铣床上，对铝合金材料2A12进行了微细铣削力实验。
The cutting experimental result shows that the machining accuracy of the workpiece can be improved effectively by using the developed micro-feed device.
切削实验表明，采用二维微量进给机构能有效提高加工精度。
Simply accessible micro-adjustment device for optimum cutting strokes then cutter and cutting board are serviceable.
微调装置，可轻易得到最佳之裁断行程，延长刀模及裁断胶板的使用寿命。
Parts assembling, micro motor axis press-in and other workings like riveting, punching and cutting.
零件装配，微型马达轴心压入，其它铆合，冲孔，切断等作业。
The patented structure provide stable cutting and easy maintenance. The special design under trimmer plunger, to micro-adjust the length of blade precisely when it cutting.
精心改良的底线切线刀，专利的结构，使得切线稳定、校调方便。其特殊的切刀推进机构，可以准确的微调出刀的尺寸。
Adopt new micro-step algorithm to ensure high-quality cutting with high and smoother curves.
采用新的微步细分算法，使高速切割时同样具有高的切割品质，曲线更加圆滑。
Them/c is adopted micro-computer numerical controlling device to set the belt cutting length. precision, simple of operating & low waste rate.
本机采用微电脑数控装置，设定切带长度，精度准确，操作简单，耗损少。
Them/c is adopted micro-computer numerical controlling device to set the belt cutting length. precision, simple of operating & low waste rate.
本机采用微电脑数控装置，设定切带长度，精度准确，操作简单，耗损少。
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