chip flow angle 切屑流动角
chip flow type 易排屑型
chip flow jam 堵塞切屑
chip flow cell 芯片式流通池
chip-flow angle 流屑角
chip flow plane 流屑剖面
chip flow direction 流屑方向
on chip flow cell 芯片式流通池
There are many factors, chip flow, temperature distribution, heat flow and tool wear and so on, affect to quality of surface.
切削质量受到刀具形状、切屑流动、温度分布、热流和刀具磨损等的影响。
Low friction-the coefficient of friction between the chip and tool should be low. This would allow for lower wear rates and better chip flow.
低摩擦系数—切屑与刀具间的摩擦系数应当较低。这会使磨损率较小及切屑流动更好。
It also shows that the chip flow direction is closer to the maximum inclination direction of a rake face with an increase in a normal rake Angle.
文中还提出,随着法向前角增大,流屑方向将愈接近前刀面最大倾斜方向。
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