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Yinshui Liu on Muck Rack

Yinshui Liu

As seen in: MDPI, ACS Publications
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Articles

Viscosity Prediction of Water-Containing Hydraulic Oil in the Deep-Sea Environment Using Molecular Dynamics Simulations

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By Mingjun Shen, Yinshui Liu, Xinping Zhou
| ACS Publications
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Simulation Analysis of a Novel Digital Pump with Direct Recycling of Hydraulic Energy

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By Daling Yue, Zengguang Liu, Yinshui Liu, Xiukun Zuo
| MDPI
Abstract : There is a permanent and strong need for energy recovery to improve the efficiency of the hydraulic system in the field of the construction machinery. In addition, the digital pump will become powerful and versatile by employing different configurations and intelligent control of the flow distribution valves. Considering this case, we have proposed a novel digital pump in which every plunger is equipped with two flow distribution valves.
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Lubricants | Free Full-Text | Theoretical and Experimental Flow Characteristics of a Large-Scale Annular Channel in Terms of Deformation Gradient, Eccentricity, and Water Compressibility

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By Shendan Zhao, Yinshui Liu, Defa Wu, Chuanmin Wang
| MDPI
Abstract : Hydraulic water plunger pumps have come to be widely used in coal mining, seawater desalination, and oil exploitation due to their high output pressure and large flow characteristics. In a high-pressure large-flow plunger pump, the leakage of the annular channel of the plunger pair is an essential factor affecting volume efficiency. The axial pressure gradient exists in the fluid inside the annular channel, resulting in the plunger and plunger sleeve forming similar funnel-like shapes.
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