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Friction characteristics between the valve plate and the cylinder block in bent-axis-type axial piston pump with a spherical valve plate

机译:弯曲轴型轴向活塞泵中阀板和气缸体之间的摩擦特性,具有球形阀板

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To increase the efficiency of the hydraulic axial piston pumps, we have to know the various characteristics in the sliding parts of them. Especially, friction characteristics between the valve plate and the cylinder block in the hydraulic axial piston pumps plays an important role to high power density. In this paper, we tried to clarify friction characteristics between the spherical valve plate and the cylinder block in bent-axis-type axial piston pump by using of modeling experiment. The main results of this study are these; (1) Friction torque between the spherical valve plate and the cylinder block has a proportional relation to weight or rotational speed, and is strongly affected by temperature. (2) Friction torque strongly depends on force balance ratio. (3) In this modeling experiment, lubrication condition between the spherical valve plate and the cylinder block is under hydrodynamic lubrication.
机译:为了提高液压轴向活塞泵的效率,我们必须知道它们的滑动部分中的各种特性。特别地,阀板与液压轴向活塞泵中的缸体之间的摩擦特性起到高功率密度的重要作用。在本文中,我们试图通过使用建模实验阐明弯曲轴型轴向活塞泵中的球形阀板和圆柱体之间的摩擦特性。这项研究的主要结果是这些; (1)球形阀板和气缸体之间的摩擦扭矩具有与重量或转速的比例关系,并且受到温度的强烈影响。 (2)摩擦扭矩强烈取决于力平衡比。 (3)在该建模实验中,球形阀板和气缸体之间的润滑条件是流体动力润滑的润滑条件。

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