1) ball-nose end mill with indexable inserts
可转位球头立铣刀
2) end milling cutter with indxable insert
可转位立铣刀
3) Ball-end Cutter
球头立铣刀
1.
Study on Simulation System and Mathematics Model of Ball-end Cutter;
球头立铣刀的建模设计及仿真系统的研究
2.
Research on mathematical models of the ball-end cutter;
球头立铣刀的数学模型研究
4) ball-nose end mill
球头立铣刀
1.
A mathematical model for curvature interference checking between the grinding wheel and the S shaped edge of the ball-nose end mill during the grinding of the clearance face of the end cutting edge is developed using the curvature algorithm in differential geometry.
使用微分几何中的曲率算法,建立了用圆柱形砂轮刃磨球头立铣刀端刃后刀面时,砂轮与S形端刃的曲率干涉校核的数学模型,借助于该模型,可确定不发生干涉的砂轮参数值。
2.
In this paper,the writers have inferred the mathematical model of the ball-nose end mill's cylindrical helix surface,S edge rake face,and the equation of S edge.
圆柱形球头立铣刀是一种高效刀具。
5) ball-nose end milling cutter
球头立铣刀
1.
Based on the mathematical model of the rack face of ball-nose end milling cutter,the grinding mathematical model of the flank of the end edge is presented by means of the theory of differential geometry.
在已建立的球头立铣刀前刀面加工数学模型的基础上,根据微分几何理论建立了后刀面的加工数学模型,分析了加工中前刀面与后刀面的坐标系的空间运动关系,并讨论了后刀面的加工实现问题。
2.
In this paper,a new rake face grinding mathematical model of ball-nose end milling cutter is established ,which has a simple relationship of motion and few grinding parameters.
提出了一种运动关系简明、刃磨加工调整参数较少的球头立铣刀前刀面加工数学模型,同时对球头立铣刀前刀面刃磨参数进行优化,保证了球刃前刀面与周刃前刀面的光滑连接和良好的“S“形刃形。
3.
The ball-nose end milling cutter is one kind of highly efficient cutting tool.
球头立铣刀是数控机床上加工复杂曲面的一种高效刀具,在模具制造、汽车制造等领域有着广泛的应用。
6) ball nose end mill
球头立铣刀
1.
The rake face shape of a ball nose end mill in normal plane and chip flow plane is analyzed and calculated in detail.
对球头立铣刀前刀面在法剖面和流屑剖面的形状进行了详细分析与计算 ,并给出了切屑流经前刀面时卷曲半径的计算方
2.
The rake face normal curvatures of a ball nose end mill in normal direction and chip flow direction are analyzed and calculated in detail in this paper.
采用微分几何中的曲率分析方法对球头立铣刀前刀面上端刃法线方向和切屑流出方向的法曲率进行了详细的分析计算 ,并给出了切屑流经前刀面时卷曲半径的计算方法。
3.
The conclusions are theoretically useful to the disign of the machine sharpening of the ball nose end mill with “S” shape major cutting edges and the sharpening machine tool of this cutter.
对“Ｓ”形刃球头立铣刀的机械刃磨及专用刃磨机的设计有理论指导意
补充资料：位压头
分子式：
CAS号：
性质：流体的压头是流体单位重量所具有的能量。流体的位能为mgZ，如流体的重量为G，kgf，则流体的位能可写为：GZ，kgf·m，流体的位压头hz=G·Z/G=Z,m。Z的因次为长度，即用基准水平面上流体的高度表示流体的位能。
CAS号：
性质：流体的压头是流体单位重量所具有的能量。流体的位能为mgZ，如流体的重量为G，kgf，则流体的位能可写为：GZ，kgf·m，流体的位压头hz=G·Z/G=Z,m。Z的因次为长度，即用基准水平面上流体的高度表示流体的位能。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条