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首页> 外文期刊>JSME International Journal. Series B, Fluids and Thermal Engineering >Study of Cross-Flow-Fan Internal Flow by Flow Visualization (Discussion of Measured Results by Particle-Tracking Velocimetry)
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Study of Cross-Flow-Fan Internal Flow by Flow Visualization (Discussion of Measured Results by Particle-Tracking Velocimetry)

机译:通过流动可视化研究横流风扇内部流动(通过粒子跟踪测速法讨论测量结果)

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摘要

The internal flow of a cross-flow fan (CFF) is affected strongly by an eccentric vortex generated in the CFF. However, the mechanism of growth of the eccentric vortex is not clear. Therefore, a design method for the CFF has not yet been established. In order to study the internal flow of the CFF, the authors measured the velocity distributions by particle-tracking velocimetry (PTV) using an experimental apparatus for water flow visualization. The pathline images photographed with a digital still camera were analyzed by a computer program developed by one of the authors in order to obtain velocity distributions. Before the measurements of the internal flow were carried out, the measurement accuracy of this PTV was examined, and it was confirmed that this PTV was useful to this study. The measured results on the internal flow were discussed from several points of view and useful information on the flow field of the CFF was obtained.
机译:横流风扇(CFF)的内部流动受到CFF中产生的偏心涡旋的强烈影响。但是,偏心涡旋的增长机理尚不清楚。因此,尚未建立CFF的设计方法。为了研究CFF的内部流动,作者使用用于水流可视化的实验设备通过粒子跟踪测速法(PTV)测量了速度分布。由一位作者开发的计算机程序分析了用数码相机拍摄的路径图像,以获得速度分布。在进行内部流量测量之前,先检查了该PTV的测量精度,并确认该PTV对本研究有用。从多个角度讨论了内部流量的测量结果,并获得了有关CFF流场的有用信息。

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