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Wind-Us Flow Calculations for the M2129 S-Duct Using Structured and Unstructured Grids
Paperback

Wind-Us Flow Calculations for the M2129 S-Duct Using Structured and Unstructured Grids

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Computational Fluid Dynamics (CFD) flow solutions for the M2129 diffusing S-duct with and without vane effectors were computed by the Wind-US flow solver. Both structured and unstructured 3-D grids were used. Without vane effectors, the duct exhibited massive flow separation in both experiment and CFD. With vane effectors installed, the flow remained attached and aerodynamic losses were reduced. Total pressure recovery and distortion near the duct outlet were computed from the solutions and compared favorably to experimental values. These calculations are part of a validation effort for the Wind-US code. They also provide an example case to aid engineers in learning to use the Wind-US software.

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MORE INFO
Format
Paperback
Publisher
Bibliogov
Country
United States
Date
2 August 2013
Pages
26
ISBN
9781287276067

Computational Fluid Dynamics (CFD) flow solutions for the M2129 diffusing S-duct with and without vane effectors were computed by the Wind-US flow solver. Both structured and unstructured 3-D grids were used. Without vane effectors, the duct exhibited massive flow separation in both experiment and CFD. With vane effectors installed, the flow remained attached and aerodynamic losses were reduced. Total pressure recovery and distortion near the duct outlet were computed from the solutions and compared favorably to experimental values. These calculations are part of a validation effort for the Wind-US code. They also provide an example case to aid engineers in learning to use the Wind-US software.

Read More
Format
Paperback
Publisher
Bibliogov
Country
United States
Date
2 August 2013
Pages
26
ISBN
9781287276067