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首页> 外文期刊>Experimental Thermal and Fluid Science: International Journal of Experimental Heat Transfer, Thermodynamics, and Fluid Mechanics >An experimental investigation of the flow field pattern within the impeller of a cross-flow fan
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An experimental investigation of the flow field pattern within the impeller of a cross-flow fan

机译:横流风机叶轮内流场模式的实验研究

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Cross-flow fan performance is strongly influenced by the geometry of the casing, as the latter, in turn, affects the position and the strength of the eccentric vortex that characterizes the operation of this category of fans. The paper presents a systematic experimental investigation of the flow field within the impeller at different throttling conditions and for different geometries of the fan casing. Both pressures and velocities are measured using a three-dimensional five-hole probe that is inserted in the flow. This study helps determine the relationship between the design parameters of the casing and the flow field pattern, and it is part of an extensive work, by the same research group, aimed at establishing a general theory on cross-flow fan operation and at outlining the design guidelines for this particular type of turbomachines. (C) 2004 Elsevier Inc. All rights reserved.
机译:横流风扇的性能受壳体几何形状的强烈影响,因为壳体的几何形状反过来会影响偏心涡流的位置和强度,而偏心涡流是这类风扇运行的特征。本文对叶轮内部在不同节流条件和不同风扇罩几何形状下的流场进行了系统的实验研究。使用插入流中的三维五孔探头测量压力和速度。该研究有助于确定机壳设计参数与流场模式之间的关系,并且是同一研究小组的一项广泛工作的一部分,旨在建立横流风扇运行的一般理论并概述这种特殊类型的涡轮机的设计准则。 (C)2004 Elsevier Inc.保留所有权利。

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