1) Cutting force deformation error
切削力变形误差
2) cutting force induced error
切削力误差
1.
Since a PSO-BP neural network modeling technique was developed to build the error model of thermal error and cutting force induced error.
热误差和切削力误差是影响数控机床精度的最重要的两个误差源,误差补偿技术是一种消除机床误差经济有效的方法,而有效的误差补偿依赖于准确的误差模型。
2.
The error synthesis model of the cutting force induced errors of a 3-axis CNC milling machine was obtained by use of the homogeneous coordinate transformation method.
使用齐次坐标变换的方法建立了三轴数控铣床的切削力误差综合数学模型。
3) Thickness of workpiece
切削变形力
4) Machining Deflection
切削变形
1.
For calculating machining deflection of the stepped shaft,a universal formula is deduced for variable cross-section cantilever beam bending deflection.
为了计算阶梯轴零件的切削变形,推导出变截面悬臂梁的弯曲变形通用表达式,应用C语言编程计算出控制切削变形误差的工件直径与长度的关系。
5) chip deformation
切削变形
1.
Preliminary research of chip deformation during bamboo cutting;
竹材切削变形的初步研究
6) Cutting deformation
切削变形
1.
In the mechanical manufacturing,metal-cutting in essence is an extremely complex process of cutting deformation.
在机械制造中,金属切削实质上是一个极其复杂的切削变形过程。
补充资料：切削
1.用机床的刀具或砂轮削磨作件，使之具有一定形状﹑尺寸和表面光洁度。
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