首页> 外文会议>ASME/STLE International Joint Tribology Conference >IMPROVING CYLINDRICAL PIN CAGE BEARING PERFORMANCE IN MILL APPLICATIONS USING DYNAMIC MODELING AND SPACE FILLING DESIGN
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IMPROVING CYLINDRICAL PIN CAGE BEARING PERFORMANCE IN MILL APPLICATIONS USING DYNAMIC MODELING AND SPACE FILLING DESIGN

机译:采用动态建模和空间灌装设计,改善轧机应用中的圆柱形针笼轴承性能

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摘要

A dynamic cylindrical bearing model was modified to analyze large bore cylindrical mill bearings with pin cages. A factor-response methodology was coupled to the dynamic modeling input and output variables in order to generate a suitable transfer function for predicting bearing performance. Response optimization of the transfer function indicated that a traction-based parameter was determined to have the greatest effect on reducing roller slip and improving bearing performance.
机译:改进动态圆柱形轴承模型,以分析带销笼的大孔圆柱铣刀轴承。因子响应方法耦合到动态建模输入和输出变量,以产生用于预测轴承性能的合适的传递函数。传递函数的响应优化表明,确定了基于牵引的参数对减少辊滑和改善轴承性能的最大影响。

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