引进运动学中的点速度合成定理，求解单颗金刚石磨粒切削面积。
The composition of velocity law of the points in kinematics is led into the solving of the cutting area of single diamond grit.
本文研究了端面铣削过程的切削力不均衡系数和切削面积不均衡系数。
This paper researches into the unbalance factor of the cutting force and the cutting area in the face-milling process.
通过详细的理论推导，推出单颗金刚石磨粒锯切速度方程、锯切运动方程和切削面积的计算公式。
The formulas for calculating equation of saw cutting speed and kinematic equation of saw cutting and cutting area are derived through theoretical derivation in detail.
运用该原理编制的计算机程序可以计算各切削齿的切削面积、切削体积、切削速度、切削力和切削功率等。
By means of the program established according to the above-mentioned principle, the cutting area, cutting volume, cutting speed, cutting force and cutting power of every tooth can be computed.
试验模拟了切削面积、接触弧长、切削面形状、切削齿后倾角和岩石性能对PDC切削齿破岩受力的影响。
The effects of cutting area, contact arc length, the geometry of cutting face, back dip angle of PDC cutter and rock performance on force of PDC cutter breaking rock were simulated experimentally.
由于切削面具有大的切削接触表面积，所以刀刃的韧性高，适合用于加工高硬度材质和钛合金。
Due to the strong cutting edge with large flat surface, it is suitable for hardened materials and titanium alloy.
由于切削面具有大的切削接触表面积，所以刀刃的韧性高，适合用于加工高硬度材质和钛合金。
Due to the strong cutting edge with large flat surface, it is suitable for hardened materials and titanium alloy.
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