STATIC CHARACTERISTICS OF 3-LOBE JOURNAL BEARINGSWITH DIFFERENT LOBES OF GEOMETRY

Stanisław Strzelecki, Dominik Olbrzymek, Jakub Olbrzymek
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Abstract

The 3-lobe journal bearings have found application in high-speed bearing systems. The bearing design andthe number of lobes and oil grooves ensure good cooling conditions for the bearings. These bearings can bemanufactured as bearings with cylindrical, non-continuous operating surfaces separated by six lubricatinggrooves, bearings with a pericycloid shape of bearing bore and Offset ones.This paper presents the results of the computation of static characteristics of the 3-lobe journal bearing withthe lobes of different geometry. The conditions of an aligned axis of the journal and sleeve and the staticequilibrium position of the journal were assumed. Different bearing length-to-diameter ratio values andrelative and lobe relative clearance were considered. Reynolds' energy and viscosity equations were solvedby means of an iterative procedure. Adiabatic oil film and laminar flow in the bearing gap were considered. Itwas stated that different lobe geometries generate changes in the characteristics of bearings.
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不同叶型三叶滑动轴承的静态特性
3叶轴颈轴承已在高速轴承系统中得到应用。轴承的设计和叶片和油槽的数量确保了轴承的良好冷却条件。这些轴承可以制造为具有圆柱形,由六个润滑槽分隔的非连续操作表面的轴承,具有轴承孔的周摆线形状和偏置的轴承。本文给出了不同几何形状的三叶滑动轴承静特性的计算结果。假设轴颈与套筒轴线对齐以及轴颈的静平衡位置。考虑了不同的轴承长径比值、相对间隙和叶片相对间隙。用迭代法求解了雷诺数能量方程和粘度方程。考虑了轴承间隙内的绝热油膜和层流。不同的叶形几何形状会产生轴承特性的变化。
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