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1.Based on the study of forming Principle of formation of feed direction burrs in metalcutting, a physical parameter of determining the generating of I type feed direction burr── critical tool cutting edge angle βrI is given.
在对金属切削中进给方向毛刺生成机理进行试验研究和理论分析的基础上,给出了表示产生Ⅰ型微小进给方向毛刺的重要物理量──刀具临界主偏β_(rI)。收藏指正
2.Study on Deformation of Oblique Cutting with Large Cutting Edge Inclination Angle
切削的变形研究收藏指正
3.From the vibration control point of view,the effect of cutting edge shape and relief angle on dynamic performance in metal cuffing process is described in this paper,the measuring and test theory of dynamic cutting regidity is determined and the standard to assess the vibration control effect is made up.
从颤振控制的角度出发 ,针对在金属切削过程中刀面形状及后对其动态特性的影响进行了阐述 ,确立了动态切削刚度的测试理论并制定了评价颤振控制效果的标准。收藏指正
4.Cutting-edge technology creates breathtaking 3D views with controllable sun angle and shadows.
使用最前沿的技术创建令人惊叹的具有可控制阳光角度和阴影的三维图像。收藏指正
5.Forecast of the Chip Flow Angle Based on the Single-edge Tool and Equivalent Cutting Edge
基于单尖刀具和等效切削法的流屑预报收藏指正
6.Analysis of Geometric Angle of Cutting Edge of New Profiling Carbide Shaper Cutter
新构形硬质合金插齿刀切削几何角度分析收藏指正
7.SIMULATION ON THE CHIP FLOW ANGLE BASED ON THE SINGLE-POINT TOOL AND EQUIVALENT CUTTING EDGE
基于单刀具和等效切削法的流屑仿真收藏指正
8.Angle of cutting edge, cutting point, grinding surface are three main structural parameters of sharpened band knife which describe the band knife section shape.
本文讨论了剖层机带对开之后显示带刀断面形状的主要结构参数:结构锋和、刀点(刀口)、磨面三者之间的关系。收藏指正
9.This system utilizes the method of intersecting workpiece automatically to obtain zero error intersection of the tools edge, utilizes the technique of minimum radius control point to realize parametric design based on feature of prismatic-formed turning tools, and carries out parametric design of cutting angle and structure dimension by the use of database technique. This method solves the problem of the tools former design, such as low design precision and efficiency, etc. , and eliminates the hyperbolic errors.
该系统利用自动截形法获得成形车刀“零误差”刀廓形,利用最小半径控制点技术实现了体成形车刀基于特征的参数化设计,使用数据库技术实现成形车刀的切削角度、结构尺寸的参数化设计,解决了原来成形车刀设计的设计精度和效率较低等问题,彻底消除了双曲线误差。收藏指正
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