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INFLUENCE OF IMPELLER AND DIFFUSER GEOMETRIES ON THE LATERAL FLUID FORCES OF WHIRLING CENTRIFUGAL IMPELLER

机译:叶轮和扩散器几何对旋转离心叶轮横向流体力的影响

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Lateral fluid forces on two-dimensional centrifugal impellers, which whirl on a circular orbit in a vaneless diffuser, were reported at the 3rd Workshop in 1984. Experiments were further conducted for the cases in which a three-dimensional centrifugal impeller, a model of the boiler feed pump, whirls in vaneless and vaned diffusers. The influence of the clearance configuration between the casing and front shroud of the impeller was also investigated. The result indicated that the fluid dynamic interaction between the impeller and the guide vanes induces quite strong fluctuating fluid forces to the impeller, but nevertheless its influence on radial and tangential force components averaged over a whirling orbit is relatively small.
机译:在1984年的第3次研讨会上报道了二维离心叶轮上的横向流体力,该横向流体力在无差别扩散器中的圆形轨道上旋转。在第3次研讨会中在第3次研讨会上进行了进一步进行了三维离心叶轮,其中一种模型的实验 锅炉饲料泵,旋转往语和损坏的扩散器。 还研究了叶轮壳体和前护罩之间的间隙配置的影响。 结果表明,叶轮和引导叶片之间的流体动力相互作用对叶轮凸起相当强烈的波动流体力,但是其对旋转轨道上平均的径向和切向力分量的影响相对较小。

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