Shear theory was used to analyze stress distribution on double cutting of brown rice and cooked rice.
应用剪切理论分析了稻米及米饭的双面剪切的应力分布。
In addition to this effect, lead lowers the shear stress in the primary shear zone, reducing cutting forces and power consumption.
此外，这种效果，降低应力在小学剪切带、降低切削力和功耗。
The maximum tool effective stress is located in the flank face near cutting edge and the shear deformation zone on the workpiece.
最大刀具等效应力出现在前刀面上切削刃的周围，工件上最大等效应力出现在第一变形区。
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