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Wheel Bearing Brinelling and a Vehicle Curb Impact DOE to Understand Factors Affecting Bearing Loads

机译:轴承吹风机和车辆遏制冲击母鹿,了解影响轴承载荷的因素

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As material cleanliness and bearing lubrication have improved, wheel bearings are experiencing less raceway spalling failures from rotating fatigue. Warranty part reviews have shown that two of the larger failure modes for wheel bearings are contaminant ingress and Brinell damage from curb and pothole impacts. Warranty has also shown that larger wheels have higher rates of Brinell warranty. This paper discusses the Brinell failure mode for bearings. It reviews a vehicle test used to evaluate Brinell performance for wheel bearings. The paper also discusses a design of experiments to study the effects of factors such as wheel size, vehicle loading and vehicle position versus the bearing load from a vehicle side impact to the wheel. As the trend in vehicle styling is moving to larger wheels and low profile tires, understanding the impact load can help properly size wheel bearings.
机译:随着材料清洁和轴承润滑的改善,车轮轴承正在经历较少的滚道剥落故障旋转疲劳。保修部分评论表明,轮轴的两个较大的故障模式是污染物的入口和布氏损坏,遏制和坑洞冲击。保修还表明,较大的车轮具有更高的布里内尔保修利率。本文讨论了轴承的Brinell故障模式。它评论了用于评估轮轴承的Brinell性能的车辆测试。本文还讨论了研究诸如车轮尺寸,车辆装载和车辆位置与轴承载体与车轮的轴承载荷的影响的实验的设计。随着车辆造型的趋势正在移动到较大的车轮和低轮廓轮胎,了解冲击载荷可以有助于适当的尺寸轮轴承。

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