Progress on the development and the application of an accurate and efficient flow solver for steady turbomachinery flows is reported. The code uses unstructured tetrahedral grids, its space-discretization is based on a fluctuation splitting scheme and an implicit strategy is used for the time integration. Results include the three-dimensional analysis of the flow field of a compressor stator and thorough comparisons with experimental data and numerical results obtained with other codes.
Computing Three-Dimensional Turbomachinery Flows with an Implicit Fluctuation Splitting Scheme
BONFIGLIOLI, Aldo;
2006-01-01
Abstract
Progress on the development and the application of an accurate and efficient flow solver for steady turbomachinery flows is reported. The code uses unstructured tetrahedral grids, its space-discretization is based on a fluctuation splitting scheme and an implicit strategy is used for the time integration. Results include the three-dimensional analysis of the flow field of a compressor stator and thorough comparisons with experimental data and numerical results obtained with other codes.File in questo prodotto:
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