Whirling blade radius is an elementary parameter in the cultivator design.
刀辊半径是耕耘机设计中的一个基本的设计参数。
There is low speed area near the axle, its radial s peed field is small but still exists beyond the blade radius.
其径向速度虽然在桨径范围内较小，但在桨径外仍有一定值。
By extending functions of blade radius compensating, the process precision of parts is heightened and the programmer is predigested.
通过扩展刀具半径补偿的功能，便于简化编程，提高零件加工精度。
The result shows that the cutter blade edge radius, edge angle, the linear abrasion and the edge notch depth are main factors affecting its sharpness.
分析结果表明， 纤维切割过程中，切断刀锋利性能的变化主要与切断刀的初始刃口半径、刃口角度、刃口的磨损量以及刃口上缺口的深度有关。
The result shows that the cutter blade edge radius, edge angle, the linear abrasion and the edge notch depth are main factors affecting its sharpness.
分析结果表明， 纤维切割过程中，切断刀锋利性能的变化主要与切断刀的初始刃口半径、刃口角度、刃口的磨损量以及刃口上缺口的深度有关。
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