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Investigation of Strength in G4-73 Type Centrifugal Fan Impeller

机译:G4-73型离心风扇叶轮强度调查

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For the large centrifugal fan impeller, its working condition generally is bad, and its geometry generally is complex. So its displacements and stresses distribution are also complex. In this paper, we can obtain the fan impeller's displacements and stresses distribution accurately through numerical simulation in G4-73 type centrifugal fan impeller using the finite element method software ANSYS. The calculation result shows that the maximum total displacement of the impeller is 0.303 × 10~3 m, it occurs on the position of the half of the blade near the outlet of the impeller; the maximum equivalent stress of the impeller is 193 MPa, it occurs on the contacted position of the blade and the shroud near inlet of the impeller. Furthermore, check the impeller strength, the result shows that the strength of the impeller can meet the requirement.
机译:对于大型离心式风扇叶轮,其工作条件一般是坏的,其几何形状通常是复杂的。因此,其位移和压力分布也很复杂。在本文中,我们可以通过G4-73型离心风扇叶轮的数值模拟准确地获得风扇叶轮的位移和压力分布,使用有限元方法软件Ansys。计算结果表明,叶轮的最大总位移是0.303×10〜3米,它发生在叶轮的出口附近的一半的位置;叶轮的最大等效应力是193MPa,它发生在叶片附近叶片附近的叶片的接触位置。此外,检查叶轮强度,结果表明叶轮的强度可以满足要求。

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