Symposium Transsonicum II

I Unsteady Flow.- Some Developments in Unsteady Transonic Flow Research.- Das Störpotential für aperiodische instationäre schallnahe Strömungen.- Asymptotic Solutions for Nonsteady Transonic Channel Flows.- On the Motion of Shock Waves on an Airfoil with Oscillating Flap.- Shock Oscilattions in Transonic Flows and their Prevention.- Calculation of Buffet Onset for Supercritical Airfoils.- V. Karman Vortices and their Frequency Determination in the Wakes of Profiles in K. A. Bütefisch the Sub- and Transonic Regimes.- Neutral Damping Boundary in the Transonic Regime.- Zur Berechnung instationärer transsonischer Druckfelder mit Stößen bei gashaltigen Wasserströmungen.- Unsteady Transonic Supersonic Flow over Suddenly Inserted Bodies.- II Hodograph Methods, Singularities.- Review of the Application of Hodograph Theory to Transonic Aerofoil Design and Theoretical and Experimental Analysis of Shock-Free Aerofoils.- The Direct Problem of the Transonic Airfoils on the Hodograph.- Singular Perturbation Methods Applied to Two-Dimensional Transonic Flow around Slender Bodies.- The Transonic Controversy and Perturbation Theory for Ringleb's Flow.- III Methods in the Physical Space.- Stabilisation Law and Drag in Transonic Range of Velocities.- The Theorem of a Flat Sonic Surface.- Integral Equation Methods - a Reappraisal.- Airfoil Design for a Prescribed Velocity Distribution in Transonic Flow by an Integral Method.- Problems and Results of the Integral Equation Method for Transonic Flows.- On the Integral Equation Method.- IV Internal Flow.- Axisymmetric Inlet Flow at Low Supersonic Mach Numbers.- Flow in the Throat of a Laval Nozzle.- Transonic Swirling Flow in Axisymmetric Nozzles.- On Some Extensions of the Prandtl Formula for the Wave Length of a Sonic JetExpanding into the Atmosphere.- V Viscous Flow.- Analytical Theory of Transonic Normal Shock Boundary Layer Interaction.- The Normal Shock at a Curved Wall in the Viscous Case.- The Structure of Shock Wave-Boundary Layer Interactions in Transonic Flow.- Shock Induced Flow Oscillations in a Laval Nozzle.- Further Developments in an Analysis of the Interaction of a Weak Normal Shock Wave with a Turbulent Boundary Layer.- VI Applications.- Design and Test of a Sonic Roof-Top Pressure Distribution Wing.- Supercritical Wing Design for a Fighter Type Experimental Aircraft.- An Experimental Investigation of Garabedian and Korn's Shockless Lifting Airfoil No. 1.- On the Development and Structure of Transonic Flow in Cascades.- Application of Generalized Potentials on Plane Transonic Flow.- An Exact Hodographmethod for the Design of Supercritical Wing-Sections.- Flow Phenomena of Transonic Flow in Twodimensional Cascades.- Relaxation Solution for the Transonic Flow through a Cascade.- Mathematical Method of Designing a Certain Compressor Type Plane Blade Cascade.- Transonic Aerodynamics and the Helicopter Rotor.- VII Numerical Methods.- A Review of Numerical Techniques for Calculating Supercritical Airfoil Flows.- Steady Supercritical Flow Past Ellipses.- Steady Transonic Flow through Plane and Axisymmetric Nozzles.- Numerical Computation of Transonic Flows with Shock Waves.- Review of Some Numerical Solutions of the Transonic Small Disturbance Equations.- On the Sonic Flow over a Cone-Cylinder Body and its Wall Effects in a Wind Tunnel.- Advances in the Application of Fast Semidirect Computational Methods in Transonic Flow.- Accuracy and Efficiency in the Numerical Analysis of Transonic Flows.- Inviscid Transonic Flow Computations with Shock Fitting.- Research in the UK onFinite Difference Methods for Computing Steady Transonic Flows.- Some Numerical Results of a New Three - Dimensional Transonic Flow Method.- A Numerical Method to Compute Inviscid Transonic Flows around Axisymmetric Ducted Bodies.- Supercritical Flow Past Airfoils at Mach Numbers Close to One.- A Direct Method for Computing Non-Symmetrical Plane Flows at Mach Number One.- The Analysis of Arbitrary Wingbody Combinations in Transonic Flow Using a Relaxation Method.- A Fully Conservative Relaxation Method for Transonic Flows.- Numerical Solutions for Transonic Flows Past Wing-Body Combinations.- The Calculation of Steady Inviscid Flow around Non-Lifting Bodies.- Remarks on the Suitability of Various Transonic Small Perturbation Equations to Describe Three-Dimensional Transonic Flow; Examples of Computations Using a Fully-Conservative Rotated Difference Scheme.- Transonic Solutions of the Euler Equations by the Finite Volume Method.