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Showing 1 to 8 of 8 for “"BeVERLI Hill"”.

  1. Overview of the Skin Friction measurements on the NASA BeVERLI Hill using Oil Film Interferometry

    … estimate skin friction on the NASA/Virginia Tech BeVERLI (Benchmark Validation Experiment for RANS and LES Investigations) hill. This project aims to develop a detailed database of non-equilibrium, separated turbulent boundary layer flows obtained through wind tunnel experiments for CFD …

    vt Repository record for Overview of the Skin Friction measurements on the NASA BeVERLI Hill using Oil Film Interferometry (opens in a new tab)

  2. Overview of the Computational Fluid Dynamic Analyses of the Virginia Tech/NASA BeVERLI Hill Experiments

    … and where/how they can be improved upon. The BeVERLI Hill experiments aim to address this issue by providing experimental data that achieves a completeness level of three, which has never been done for this type of project. The experimental data collected is studied along side computational …

    vt Repository record for Overview of the Computational Fluid Dynamic Analyses of the Virginia Tech/NASA BeVERLI Hill Experiments (opens in a new tab)

  3. The Effects of Curvature on Turbulent Boundary Layers Over a 3D Bump Geometry: An Experimental Study Using BeVERLI Hill

    … Experiment for RANS and LES Investigations (BEVERLI) Hill setup. The study focuses on analyzing the flow behavior over a three-dimensional bump geometry that incorporates both concave and convex surfaces, with the aim of improving the understanding of the complex interactions among curvature, …

    vt Repository record for The Effects of Curvature on Turbulent Boundary Layers Over a 3D Bump Geometry: An Experimental Study Using BeVERLI Hill (opens in a new tab)

  4. Direct Assessment and Investigation of Nonlinear and Nonlocal Turbulent Constitutive Relations in Three-Dimensional Boundary Layer Flow

    … textbf{R}ANS/textbf{L}ES textbf{I}nvestiagtions (BeVERLI) Hill as a test case and corresponding particle image velocimetry data for the investigation. In a first step, the BeVERLI Hill experiment is comprehensively described, and the important characteristics of the flow over the BeVERLI Hill are …

    vt Repository record for Direct Assessment and Investigation of Nonlinear and Nonlocal Turbulent Constitutive Relations in Three-Dimensional Boundary Layer Flow (opens in a new tab)

  5. Structure and Turbulence of the Three-Dimensional Boundary Layer Flow over a Hill

    … Experiments for RANS/LES Investigations (BeVERLI) Hill using laser Doppler velocimetry in the Virginia Tech Stability Wind Tunnel. The mean flow and turbulence behavior of the boundary layer are studied and compared with turbulence theories to identify the validity of these assumptions in …

    vt Repository record for Structure and Turbulence of the Three-Dimensional Boundary Layer Flow over a Hill (opens in a new tab)

  6. Turbulent Boundary Layer Flow Over a Bump

    … of 3D turbulent boundary layers over the BeVERLI Hill, a three-dimensional surface geometry tested in an asymmetric configuration to explore how pressure gradients and flow skewing alter the development of turbulence. Experimental measurements were acquired at multiple locations across the …

    vt Repository record for Turbulent Boundary Layer Flow Over a Bump (opens in a new tab)

  7. The Design and Analysis of Bluff Body Dynamic Distortion Generators

    … frequency determined by their Strouhal number. BeVERLI Hill is a geometry that has been extensively studied by Virginia Tech due to its unique, asymmetric vortex shedding that alternates chaotically off the back of the hill. Both of these types of bluff bodies were integrated with a base …

    vt Repository record for The Design and Analysis of Bluff Body Dynamic Distortion Generators (opens in a new tab)

  8. Implementation of drop-based oil flow interferometry to estimate wall shear stress in three-dimensional flows

    … trends of wall shear stress across the entire hill geometry. At low Reynolds number the mean deviation between experiments and CFD deviated was 4%, and at high Reynolds number the mean deviation between experiments and CFD was 3%.

    vt Repository record for Implementation of drop-based oil flow interferometry to estimate wall shear stress in three-dimensional flows (opens in a new tab)