2) Geometric error compensation
几何误差补偿
1.
Based on the kinematical theory of MBS( Multi-Body System), the focus on this paper is how to implement grinding machine tool application of geometric error compensation and reduce the effect of the geometric error for enhance the accuracy of SK-21 NC grinding machine tool.
本课题运用面向对象的程序设计方法,与生产实际相结合,开发出凸轮磨床的几何误差补偿软件,提高了凸轮加工的精度和效率,促进了误差补偿技术与应用更加紧密的结合。
3) geometric cross coupling compensation
几何交叉耦合补偿
1.
In this paper, compensation techniques of seismic simulation system are introduced primarily, including geometric cross coupling compensation, overturning movement compensation, off center load compensation and force balance compensation.
对振动台控制技术的台面补偿技术作了初步研究分析,其中包含几何交叉耦合补偿、倾覆力矩(OTM)补偿、偏心负载补偿和力平衡补偿,并分析了它们的原理和电路实现原理框图。
4) geometry complementarity
几何互补
5) geometric modeling mending
几何建模修补
1.
Due to the problems in Geometric Modeling for Historical Cultural Relics(HCR),a new geometric modeling mending method based on many knot spline interpolation is proposed in this paper.
针对历史文物几何建模中的问题,提出了一种基于多结点样条的几何建模修补方法。
6) complementary geometric programming
互补几何规划
补充资料：几何
①〈书〉多少：价值～？ㄧ曾～时。②几何学的简称。
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