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Analysis of Unbalance Effect for Super High-speed Spindle using ADAMS~?-based Flexible Body Modeling Technique and Spindle Error Analyzer~? Experiment

机译:基于ADAMS〜?的柔性体建模技术和主轴误差分析仪〜?分析超高速主轴的不平衡效果实验

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The rotating accuracy of a super high-speed spindle depends on the centrifugal force which can be affected by an unbalance mass. Consequently, rotational balance problem becomes more important in super high-speed spindle. This paper develops a simulation using ADAMS~?-based flexible body modeling technique with full configuration of spindle without any simplification. The proposed technique aims at figuring out the unbalance effect accurately, which will be confirmed by experimental results using spindle error analyzer~?. The proposed technique can be used for simulating rotational accuracy according to an added unbalance mass and the expecting the experimental result of an actual balancing activity in industrial field.
机译:超高速主轴的旋转精度取决于可以受不平衡质量影响的离心力。因此,旋转平衡问题在超高速主轴中变得更加重要。本文使用ADAMS〜基于柔性车身建模技术开发了一种模拟,具有完全配置主轴而无需任何简化。所提出的技术旨在准确地解析不平衡效果,将通过使用主轴误差分析仪的实验结果确认这一点~~~~所提出的技术可根据增加的不平衡质量和期望工业领域实际平衡活动的实验结果来模拟旋转精度。

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