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USING GREJDA OPTIMIZATION TO DETERMINE THE BEST ORIENTATION OF A SPINDLE

机译：使用GREJDA优化来确定主轴的最佳方向

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The most demanding machine tool and form metrology applications require spindles with nanometer-level spindle error motion. Achieving this level of accuracy requires continued advances in metrology, artifacts, sensors, and fixturing. However, many are unaware of a simple solution for improved error motion using the optimum orientation angle. While the concept was introduced in the B89.3.4 Standard [1], the benefit was first demonstrated by Grejda using Donaldson reversal [2]. This paper discusses spindle metrology using multiprobe error separation and Grejda optimization to determine the orientation angle which yields the lowest fixed sensitive direction radial error motion.

机译：最苛刻的机床和形状计量应用要求主轴具有纳米级主轴误差运动。要达到这种精度水平，就需要在计量，工件，传感器和夹具方面不断发展。然而，许多人不知道使用最佳定向角来改善误差运动的简单解决方案。在B89.3.4标准[1]中引入该概念时，Grejda首次使用唐纳森反转[2]证明了其好处。本文讨论了使用多探针误差分离和Grejda优化来确定定向角的主轴计量，该定向角产生最低的固定敏感方向径向误差运动。

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《33rd ASPE annual meeting 2018》|2018年|508-512|共5页
会议地点 Las Vegas(US)
作者
Byron Knapp; Dave Arneson; Dan Oss;
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作者单位

Professional Instruments Company Hopkins, Minnesota, USA;

Professional Instruments Company Hopkins, Minnesota, USA;

Professional Instruments Company Hopkins, Minnesota, USA;

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正文语种 eng
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3. Aurora A Kinase Regulates Mammary Epithelial Cell Fate by Determining Mitotic Spindle Orientation in a Notch-Dependent Manner [J] . Joseph?L. Regan, Tony Sourisseau, Kelly Soady, Cell Reports . 2013,第1期

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4. USING GREJDA OPTIMIZATION TO DETERMINE THE BEST ORIENTATION OF A SPINDLE [C] . Byron Knapp, Dave Arneson, Dan Oss Annual Meeting of the American Society for Precision Engineering . 2018

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USING GREJDA OPTIMIZATION TO DETERMINE THE BEST ORIENTATION OF A SPINDLE

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