Results 221 to 230 of about 949,222 (276)
A Two-Stage Interpretable Fault Diagnosis Approach for Bearings Based on EBM. [PDF]
Zheng S, Li D, Xiong M, Yang M, Lin F.
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Research on the frictional contact behaviors of high-speed motorized spindle bearing with oil-air lubrication. [PDF]
Jia W, Guan J, Gao F, Wei X.
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Attention-Enhanced Feature-Based Point Cloud Completion Network for Precision Parts. [PDF]
Zu H +5 more
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Frequency-Aware Lightweight Convolutional Neural Network for Edge-Enabled Intelligent Bearing Fault Diagnosis and Health Management. [PDF]
Tian H, Hua S, Gui W, Zou S, Wang C.
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DARTS-CNN-BiLSTM: Intelligent Fault Diagnosis for Computer Numerical Control Machine Tool Feed System. [PDF]
Li Y, Liang X, Na L, Guo G, Su P.
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An Adaptive Refined Composite Multiscale Differential Symbolic Entropy Rooted in LSC-SAO and Its Application in Fault Diagnosis. [PDF]
Mao M, Yang J, Zhou C, Zhou C, Li X.
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Motion of a ball in a ball bearing
Wear, 1961Abstract A magnetized ball rolling in a ball bearing induces an alternating current in a coil wound on the outer ring. The period of the current represents one revolution of the ball. Deviation from ideal motion of the ball occurs as slip and spin. The former is shown by the prolongation of the period.
F. Hirano, H. Tanoue
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Motion of a Ball in a Ball Bearing
Journal of Engineering for Industry, 1973A method is developed which allows the digital simulation of the unsteady motion of a single ball constrained only by two moving bearing races. Any desired motion of the races can be simulated. Normal forces acting on the ball are calculated by Hertzian contact deformation theory. If there is slippage between ball and races, Coulomb friction is assumed
H. Portig, H. G. Rylander
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