IUTAM Symposium Transsonicum IV: Proceedings of the IUTAM Symposium held in Göttingen, Germany, 2-6 September 2002: 73 (Fluid Mechanics and Its Applications) - Hardcover

Inhaltsangabe

Preface. 1: Inviscid flow models. Steady flows:- New Results for the Normal Shock in Inviscid Flow at a Curved Surface; J. Zierep. Transonic Solutions for the Mach Reflection of Weak Shocks; J.K. Hunter, A.M. Tesdall. Interaction of a Shockwave with the Sonic Line; A.G. Kuz’min. Transonic Wedge / Cone Flow Solutions Using Peturbed Potential and Euler; D.D. Liu, M. Mignolet. Upstream Propagating Curved Shock in a Steady Transonic Flow; P. Prasad. Non-Uniqueness in Transonic Flows; M. Hafez. Unsteady Flows:- Unsteady Transonic Flow past ’Non-Unique’ Airfoils; D.A. Caughey. Forced Oscillation of a Shock-Wave in a Transonic Channel Flow; R. Bur, P. Berthouze. Nonlinear Aerodynamic Effects on Transonic LCO Amplitude of a Supercritical Airfoil; L. Tang, et al. On the Influence of Turbulence Modelling on Steady and Unsteady Flows; D. Schwamborn, K. Weinman. Aeroelastics:- Aeroelastic Sensitivity in the Transonic Regime; J. Ballman, et al. Numerical Investigation of Transonic Flutter and Modeling of Wind Tunnel Interference Effects; B.M. Castro, et al. Efficient Transonic Method for Aeroelastic Applications Including Aircraft/Stores; P.C. Chen, D.D. Liu. A Unified Variational Formulation of Aeroelasticity Problem for Coupled ’Fluid Wing’ Vibration System in 3-D Unsteady Transonic Flow; G.-L. Liu. 2: Viscous Flows. Viscous-inviscid Interaction:- The Different Facets of an Old but Always Present Concern: Shock-Wave/Boundary Layer Interaction; J.M. Délery. On the Effect of an Area Ruling on Transonic Abrupt Wing Stall; K.D. Jones, et al. Transonic, Laminar High Reynolds Number Flow in Slender Channels; A. Kluwick, et al. Viscous-Inviscid Interaction and Boundary-Layer Separation inTransonic Flows; A.L. Ruban, et al. Boundary-Layer Instabilities in the Transonic Range of Velocities; O.S. Ryzhov, E.V. Bogdanova-Ryzhova. Perforated Plate Aerodynamics for Passive Shock Control; J. Zierep, et al. Internal Flows:- Internal Transonic Flows; R. Dvorák. Transonic Flow past Plane Cascades: Experimental Data Analysis; P. Safarik, M. Luxa. Numerical Simulation of Transonic Flow in Steam Turbine Cascades: the Role of Numerical Viscosity, Grid Type and Approximation of Boundary Conditions; J. Dobes, et al. Reynolds-Stress Modelling for Transonic Shock-Wave/Boundary-Layer Interaction; G.A. Gerolymos, I. Vallet. Experimental Techniques:- ETW - A Facility for High Reynolds Number Testing; G. Hefer. Gurney Flaps in Transonic Flows; H. Rosemann, K. Richter. Density Measurement of Large-Scale Transonic Flow Fields; G.E.A. Meier, B. Stasicki. Transonic Flow Phenomena of the Cold Spray Deposition Process; M. Rein, et al. 3: Numerical Methods. CFD New Analysis Approaches:- Development of Computational Techniques for Transonic Flows: An Historical Perspective; D.A. Caughey, A. Jameson. Transonic Aerodynamics Research Retro- and Prospective in Japan; N. Hirose. Implicit Euler Computations on Adaptive Meshes for Steady and Unsteady Transonic Flows; F. Bramkamp, J. Ballman. Efficient and Refined Transonic Flow Analysis Using a New Flux Vector Splitting Scheme; A. Eberle. Numerical Solution of 2-D and 3-D Transonic Flows over an Airfoil and Wing; J. Fort, et al. Hierarchical Formulations for Transonic Flow Simulations; M. Hafez, E. Wahba. The Buffer Layer Technique Applied to Transonic Flow Calculations; J. Rachwalski, et al. Design and Optimization Tools:- Design Applications in the Industry; P. Li, D. Om.

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