Design of a Hydraulic Pump of Tractor for Manufacturing with 3D printer Technology

Ali H. Al-Zaidi
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Abstract

In this work, a couple of spur gears design was changed by two double- helical gears design with maintaining other parts in the same size approximately for a hydraulic pump of agricultural tractor. The main purpose of this attempt was to obtain a new hydraulic pump with better specifications and performance. The new elements of the pump were designed using 3D Solid Works software then the stresses analyses and CFD analyses were archived using ANSYS software. The results showed a better flow rate of the hydraulic fluid by about 17%.  This reflects the success of this idea where the flow rate of the new design was much higher compared with spur gear pump. This will conclude that the new design led to improve the pump performance. Moreover, the new pump overcomes the problems that usually appear in spur gears such as noise, vibration fracture. However, this design considers one of the most difficult parts in manufacture process therefor, it was recommended to fabricate it with3D printers
基于3D打印技术的拖拉机液压泵设计
针对某型农用拖拉机液压泵,将原有的一对正齿轮设计改为两个双斜齿轮设计,其余零件尺寸基本保持不变。这次尝试的主要目的是获得一种具有更好规格和性能的新型液压泵。利用3D Solid Works软件对泵的新部件进行设计,并利用ANSYS软件进行应力分析和CFD分析存档。结果表明,液压油的流量提高了17%左右。这反映了这一想法的成功,其中新设计的流量比正齿轮齿轮泵高得多。这将得出结论,新的设计导致改善泵的性能。并且克服了正齿轮常出现的噪声、振动断裂等问题。然而,本设计考虑到制造过程中最困难的部件之一,因此建议使用3d打印机进行制造
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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