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Rolling Element Bearing No-Load Torque Test
ACBG Rolling Element Bearing Committee +1 more
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Fault Diagnosis Method for Electric Vehicle In-Wheel Motor Bearings Based on Improved SVMD and ResNet-KAN. [PDF]
Sensors (Basel)Zhang L, Xu Y, Xue H, Zhu C, Xu Z.
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Rolling element bearing diagnostics—A tutorial
Mechanical Systems and Signal Processing, 2011This tutorial is intended to guide the reader in the diagnostic analysis of acceleration signals from rolling element bearings, in particular in the presence of strong masking signals from other machine components such as gears. Rather than being a review of all the current literature on bearing diagnostics, its purpose is to explain the background for
Robert Randall, Jérôme Antoni
exaly +3 more sources
2012
Description Eight peer-reviewed papers provide an overview of the recent achievements in bearing technology. Topics cover This new ASTM publication creates a technical knowledge base that enhances the bearing engineer’s capabilities and provides insight into ways this information can be used.
Yoshimi R. Takeuchi, William F. Mandler
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Description Eight peer-reviewed papers provide an overview of the recent achievements in bearing technology. Topics cover This new ASTM publication creates a technical knowledge base that enhances the bearing engineer’s capabilities and provides insight into ways this information can be used.
Yoshimi R. Takeuchi, William F. Mandler
openaire +1 more source
Optimum Design of Rolling Element Bearing
2015The primary objective of this research is to optimize the dynamic load capacity of a deep groove ball bearing. The dynamic load capacity is formulated as an objective function along with the prescribed geometric, kinematics and strength constraints. The non-linear constrained optimization problem is solved using particles swarm optimization (PSO).
Sumanta Panda +3 more
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Ceramics in Rolling Element Bearings
SAE Technical Paper Series, 1979<div class="htmlview paragraph">The feasibility of using hot pressed silicon nitride (HPSN) for rolling elements and for races in ball bearings and roller bearings has been explored. HFSN offers opportunities to alleviate many current bearing problems including DN and fatigue life limitations, lubricant and cooling system deficiencies and extreme
C. F. Bersch, Philip Weinberg
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1993
Rolling-element bearings consist of rolling bodies which move in races. They can be loaded radially or axially or in both of these directions. The basic forms are shown in Fig. 9.1. The rolling elements can be balls, rollers, tapered rollers, spherical rollers or needles (Fig. 9.2). These rolling bodies are positioned within a cage, which holds them at
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Rolling-element bearings consist of rolling bodies which move in races. They can be loaded radially or axially or in both of these directions. The basic forms are shown in Fig. 9.1. The rolling elements can be balls, rollers, tapered rollers, spherical rollers or needles (Fig. 9.2). These rolling bodies are positioned within a cage, which holds them at
openaire +1 more source
Contact fatigue in rolling-element bearings
Engineering Failure Analysis, 1997Abstract Surface contact fatigue is a common cause of failure in rolling-element bearings. The extent of damage observed depends on the contact loads, the curvature of the rolling elements, and the relative motion between the contacting surfaces. The characteristics of the various types of contact fatigue are as follows: 1.
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