Sørensen / Hopfinger / Aubry IUTAM Symposium on Simulation and Identification of Organized Structures in Flows

Proceedings of the IUTAM Symposium held in Lyngby, Denmark, 25–29 May 1997
1999
ISBN: 978-94-011-4601-2
Verlag: Springer Netherland
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, Band 52, 522 Seiten, eBook

Reihe: Fluid Mechanics and Its Applications

This volume contains reviewed papers from the 1997 IUTAM Symposium, presenting the latest results from leading scientists within the field of detection and simulation of organized flow structures. It describes various aspects of complex, organized flow motion, including topics from decomposition techniques to topological concepts.

Zielgruppe

Research

Autoren/Hrsg.

Sørensen, J.N.

Hopfinger, E.J.

Aubry, N.

Inhaltsverzeichnis

Preface. I: Flow Control. Taming Near-Wall Streamwise Vortices: A Modus Operandi for Boundary Layer Control; J. Kim. Visualization of Coherent Structures in Manipulated Turbulent Flow over a Fence; A. Orellano, H. Wengle. Experimental Study of Temporal and Spatial Structures in Fence-on-Wall Testcase; P.S. Larsen, et al. II: Coherent Structures in Wall-Bounded Flows. Dynamics of the Structures of Near Wall Turbulence; J. Jimenez, A. Pinelli. Three Dimensional Configuration of a Large-Scale Coherent Vortex in a Turbulent Boundary Layer; H. Makita, K. Sassa. Formation of Near-Wall Streamwise Vortices by Streak Instability; W. Schoppa, F. Hussain. III: Rotating Flows. Organized Structures in Rotating Channel Flow; H.I. Andersson. Simulation and Identification of Organized Vortices in Rotating Turbulent Flows; L. Lollini, et al. On the Space-Time Structure of Axisymmetric Rotating Flows; E.A. Christensen, et al. Observations on the Early Transition Process in a Closed Cylindrical Container with Rotating Bottom; A. Spohn. Shear Flow Instability in a Rotating Fluid Layer; J.A. Van de Konijnenberg, et al. IV: Small-Scale Turbulence and 2-D Flows. Identification of Coherent Fine Scale Structure in Turbulence; M. Tanahashi, et al. Evolution of Vortical Structure in Isotropic Turbulence; I. Hosokawa, K. Yamamoto. Fractal and Spiral Organised Structures: Spectra and Diffusion; J.R. Angilella, J.C. Vassilicos. V: Geostrophic and Stratified Flows. Vortex Wakes in Stably-Stratified Fluids; G.R. Spedding. Baroclinic Tripolar Geostrophic Vortices; X.J. Carton, S.M. Correard. Vertical Alignment of Geostrophic Vortices; S.M. Correard, X.J. Carton. The Interaction of a Vortex With a Stable Jet; F.O. VanderMeirsch, et al. VI: Topological Aspects. Streamline Topology of Axisymmetric Flows; M. Brøns. Flow Topology and Tomography for Vortex Identification in Unsteady and in Three-Dimensional Flows; U.C. Dallmann, et al. Coherent Structures in Fluids are Topological Torsion Defects; R.M. Kiehn. The Vortex Concept and Its Identification in Turbulent Boundary Layer Flows; L.M. Portela. VII: Experimental Techniques. Coherent Structures Identification in Separated and Free Mixing Layers using Hot Wire Rakes; S. Aubrun, et al. 3D Mesurement of Vortex Structures in Stratified Fluid Flows; A.M. Fincham. DNS of a Turbulent Channel Flow to Guide Vorticity Measurements in the Wall Region; P.G. Esposito, et al. Quantitative Planar Imaging of Large Structures Developed Through the Precession of a Jet; D.S. Nobes, et al. VIII: Vortical Structures. Formation of Vortex Rings in Helicopter Rotor Flow Fields; O. Inoue, Y. Hattori. Three-Dimensional Vortical Structure and Diffusion Mechanism of an Excited Rectangular Jet; K. Toyoda, R. Hiramoto. Identification of Strong, Near-Wall Quasi-Streamwise Vortices and Their Behavior; K. Tsujimoto, Y. Miyake. Three Dimensional Coherent Structures in the Flow Around a Circular Cylinder by Direct Numerical Simulation; H. Persillon, et al. IX: POD, LSE and Other Techniques. Detection and Identification of Near-Wall Coherent Structures Through Conditional-Sampling; S. Tardu. Organized Structure Dynamics in a Turbulent Round Jet; J.H. Citriniti, W.K. George. Examination of a LSE/POD Complementary Technique using Single and Multi-Time Information in the Axisymmetric Shear Layer; D. Ewing,