Analysis Test and Optimization of Oil Absorption Performance of Long Pipeline Hydraulic Pump

Wu Renzhi, Diao Jixiang, Z. Lei, Qin Lei
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Abstract

In order to solve the problem of insufficient hydraulic absorption and leakage of hydraulic pump under long pipeline conditions, the long pipeline suction pipe of hydraulic lifting and lubrication system of a tractor is used as the object, and its oil absorption performance is carried out. Comparative analysis and experimental studies before and after structural improvement optimization. The theoretical calculation is carried out by the theory of pressure loss of fluid mechanics. The simulation is carried out by using 3D software such as Pro/E, ICEM-CFD and Fluent, and test the prototype of the original machine and structural improvement. The main factors affecting the oil absorption performance of the hydraulic pump under long pipeline conditions are the pressure loss of the suction pipeline, the filter pressure loss of the filter and the relative position pressure loss of the fuel tank and the hydraulic pump; the test indicates the structural optimization of the oil pipeline of the long pipeline It is innovative and popular in terms of oil absorption performance improvement, reliability and aesthetics; pressure loss data for theoretical calculation, simulation, and test are consistent over the tolerances.
长管路液压泵吸油性能分析、试验及优化
为解决长管路条件下液压泵液压吸收不足和泄漏的问题,以某拖拉机液压举升润滑系统的长管路吸入管为对象,对其吸油性能进行了研究。结构改进优化前后的对比分析和实验研究。理论计算采用流体力学的压力损失理论进行。利用Pro/E、ICEM-CFD和Fluent等三维软件进行仿真,并对样机进行了验证,对结构进行了改进。长管路条件下影响液压泵吸油性能的主要因素是吸入管路的压力损失、滤清器的过滤压力损失和油箱与液压泵的相对位置压力损失;试验表明,该长管输油管结构优化在吸油性能提高、可靠性和美观性方面具有创新性和普及性;理论计算、模拟和测试的压力损失数据在公差范围内是一致的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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