Verification of a transonic stage CFD model for assessing the erosion wear influence on the operation of the axial compressor

V. Blinov, I. Zubkov
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Abstract

The paper presents the results of one of the stages of creating a model of assessing and forecasting the operating characteristics of a transonic compressor due to erosive wear. A numerical model of a transonic compressor stage is constructed and verified to substantiate its applicability in calculating various degrees of blade erosive wear. The article contains a review of the basic approaches for turbulence simulation, their application area and basic features connected with 3D-flow simulation in turbomachines. The parameters and settings of the numerical model are shown. The CFD-obtained results are presented and compared with the experimental data and results of other researchers. By this comparison the accuracy of the CFD-obtained overall performance and the quality of modeling local processes are determined. Possible ways of improving the models accuracy are also specified.
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冲蚀磨损对轴流压气机运行影响跨声速级CFD模型验证
本文介绍了建立跨声速压气机冲蚀磨损运行特性评估和预测模型的其中一个阶段的结果。建立并验证了跨声速压气机级的数值模型,验证了该模型在计算不同程度叶片冲蚀磨损时的适用性。本文综述了与涡轮机械三维流动模拟相关的湍流模拟的基本方法、应用领域和基本特点。给出了数值模型的参数和设置。给出了cfd计算的结果,并与实验数据和其他研究人员的结果进行了比较。通过这种比较,确定了cfd获得的整体性能的准确性和局部过程建模的质量。提出了提高模型精度的可行方法。
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