A new computer assisted design of shaftless pump for small fluid circuit by hydraulic calculation

Hao Chen, Zongfeng Li
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Abstract

In this paper, a fluid circuit design scheme based on the new shaftless pump-jet technology is proposed, and its hydraulic performance is analyzed and calculated. This is a brand-new solution to the driving problem of the thermal control fluid circuit. At the same time, based on the shaftless pump-jet technology applied in ships and submarines, this paper abandons the traditional pump drive mode, optimizes the structure design, solves the leakage and hydraulic loss problems, and designs a new type of shaftless pump applied in small fluid circuit. After comparative analysis and comparison, the new shaftless pump has broad prospects in the application of fluid circuits.
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通过水力计算,提出了一种小型流体回路无轴泵的计算机辅助设计方法
本文提出了一种基于新型无轴泵喷流技术的流体回路设计方案,并对其水力性能进行了分析计算。这是一种全新的解决热控液路驱动问题的方法。同时,基于舰船、潜艇中应用的无轴泵喷射技术,抛弃了传统的泵驱动方式,优化结构设计,解决了泄漏和水力损失问题,设计了一种应用于小型流体回路的新型无轴泵。经过对比分析和比较,新型无轴泵在流体回路中具有广阔的应用前景。
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