water-cooled piston

In this thesis, based on the N-S equations, the analytic and CFD methods are used to research the inertia effect on the water hydraulic slipper and piston pairs and analyze the inertia effect on the flow rate and pressure characteristics for both friction pairs.

论文以N-S方程为数学模型，利用解析法和CFD方法研究了水压滑靴副和柱塞副中的惯性效应，分析了惯性对两种摩擦副流量特性和压力分布特性的影响。

The problems and improvement of slipper socket in a water hydraulic piston pump

水液压柱塞泵滑靴球铰副存在的问题和改进设计

Design of Slipper in Pure Water Hydraulic Piston Pump

纯水液压柱塞泵滑靴副的设计问题

Short Damping Orifice Effect in the Sliding Shoe of Water Hydraulic Piston Pump

水压柱塞泵滑靴中的短阻尼孔效应

Compared to the common slipper friction pairs, a designed multi-cavity individual bearing slipper of water hydraulic piston pump has better anti-turnover ability and lubrication characteristics.

水压柱塞泵多腔独立支承滑靴副比普通滑靴副的抗倾覆能力更强，具有更好的润滑特性。