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WATER LUBRICATED HYBRID PROPELLER SHAFT BEARINGS WITH POLYMER BEARING BUSH

机译:水润滑混合螺旋桨轴承,具有聚合物轴承衬套

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The article deals with water lubricated hybrid marine propeller shaft bearing which was designed and built at the Faculty of Ocean Engineering and Ship Technology of the Gdansk (Poland) University of Technology. The article contains the following parts: 1. Description of the test stand, the simulated working conditions, and tested bearings' specifications. 2. Results of the conducted measurements. The results of the experimental work include: graphs of friction coefficient, pressures in the water hydrodynamic film and shaft trajectory. 3. Comparison of hybrid bearing with two others bearings. Typical main shaft bearing with grooved bearing bush working in a semi fluid friction conditions and hydrodynamic bearing with cull bearing bush (without any grooves). The work's essential conclusion is that fluid film lubrication is possible also in hybrid bearings with grooves. As it was proven under simulated working conditions hydrodynamic lubrication does not take place in typical bearing with grooved bearing bush.
机译:本文涉及水润滑混合船舶螺旋桨轴承,该钢管轴承厂设计和建于格但斯克(波兰)技术大学的海洋工程和船舶技术。该文章包含以下部分:1。测试支架描述,模拟工作条件和测试轴承规格。 2.进行测量结果。实验工作的结果包括:摩擦系数的图表,水流体动力膜和轴轨迹中的压力。 3.杂交轴承与其他两个轴承的比较。典型的主轴轴承,带凹槽轴承衬套,在半流体摩擦条件下工作,用剔除轴承衬套(没有任何凹槽)。该工作的必要结论是,也可以在具有凹槽的混合轴承中进行流体膜润滑。由于在模拟工作条件下被证明,使用带槽轴承衬套的典型轴承不发生流体动力润滑。

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