Flow Visualization VI

Inhaltsverzeichnis

• Quantitative Flow Visualization of Three-Dimensional Flows.
• Visualization of Combusting Flows.
• Advances in Computer-Aided Flow Visualization.
• Use of a Colored Water Surface Flow Visualization Technique in a Supersonic Wind Tunnel to Investigate Cavity Flow Fields.
• Visualization of Gravity Current Flow Using Laser-Induced Dye Fluorescence.
• Flow Analysis Inside a Passenger Car Silencer by Laser Light-Sheet and Coded Particle Trace Techniques.
• Diagnostic System for Fluid Science Experimentation in Microgravity: VIS.
• Visualization of Unsteady Flow in Rotating Drums.
• Flow Visualization of Liquid Crystalline Polymer Solutions in Rectangular Channels.
• The Viscoelastic Rayleigh-Benard Convection Investigated by Different Optical Methods.
• Secondary Flow Phenomena in Curved Pipes and Rotating Channels (Keynote Paper).
• An Application of Hydrogen Bubble Method to Flow Networks.
• Numerical Simulation of Viscoelastic Fluid in Two Dimensional Channel Junctions.
• Vortex Formation in a T-Junction.
• Steady and Oscillatory Flows in a Furrowed Channel with Arc-Shaped Walls.
• Visualization of the Flow in the Passage Between Two Coaxial Cones.
• Visualization of Velocity Profile in Blood-Related Flow by Laser Technique (Keynote Paper).
• In-Vitro Flow Visualization of Mitral Valve Regurgitation: Laser Flow Visualization, Color Doppler Flow Mapping and Coated Albunex Particles.
• Holographic Diagnostics of Transfer Processes in Capillary Flows.
• Subsonic Jet Visualization.
• Visualizing and Charactering Free Jets Flow with Laser Velocimetries.
• Visualization of Sub-Nozzle Jet of Air Jet Looms.
• Two-Dimensional Time-Resolving Concentration Measurement of Turbulent Mixing Layers.
• Flow Visualization of Jet Flow in the High Speed Switching Spool Valve.
• Interaction Between Impulse Jet and Flat Plate.
• A Flow Visualization Study of Chaotic Vortical Motion in the Near Field of a Planar Jet.
• A Visual Study of a Round Jet in Cross-Flow.
• Aerodynamic Study on Flow Characteristics of a Fluidics.
• Direct Shadow Method Application to Aero-Acoustic Interaction Investigation.
• Visualization of the Turbulent Vortex Ring Oscillations.
• Structure of a Starting Vortex.
• A Visualization Study on Necklace and Shedding Vortices Around a Three-Dimensional Protuberance.
• In-Depth Analysis of Couette-Taylor Flows by Means of Rotating Laser Beams.
• Visualization of Curtain Coating Flows.
• Visual Representation of Single Point Measurements in Turbulent Spots (Keynote Paper).
• Measurement of the Spatial Stationary and Time Variable Velocity Distribution of Airflow Using Tracer Particles and Still Video Techniques.
• Study of a Turbulent Boundary Layer, Using High Speed Tomography.
• A Novel Soap-Film Tunnel for Studying Two-Dimensional Flows.
• Detection of Coherent Structures in LDV Data Using Combined Visualization in Square Duct Flow.
• Quanatitative, Four-Dimensional, Laser Induced Fluorescence Imaging Studies of Scalar Mixing in Turbulent Flows.
• Visualization of Mixing and Residence Time Characteristics of the Flow in Static Mixers and Structured Packings.
• Flow Visualization of the Leading Edge Vortices on Slender Wings Undergoing Large Amplitude Unsteady Motions.
• Flow Visualization Study of Vortex Breakdown on a 65° Delta Wing in Dynamic Motion Regime.
• In-Flight Flow Visualization Results from High Angle of Attack Tests on a Forward Swept Wing Aircraft with Comparisons to Water Tunnel Results.
• On the Boundary-Layer Control Through Momentum Injection: Numerical, Flow Visualization, and Experimental Studies.
• The Effect of Car Configurations on the Flow Around Elevator Models.
• Some New Applications of the Fluorescent Mini Tuft Technique.
• Flow Field Around a Rotating Wheel.
• Visualization of Flow Phenomena in and around a Savonius Rotor.
• Flow Around a Cylinder with Helical Surface Perturbations.
• Generation of the Karman Vortex Street at Low Reynolds Number by Cooling a Circular Cylinder.
• Flow Visualization of Separation Bubble on a Circular Cylinder.
• Visualization of Flow Control Around a Circular Cylinder by a New Method.
• Visualization of Flow Past Inclined Bluff Cylinders.
• Vortex Wake Visualizations of Two Circular Cylinders in Parallel.
• Flow Around a Circular Cylinder with and without Grooves.
• Syncronous Visualization of Flow Patterns and Correlative Physical Parameters.
• Application of Flow Visualization to the Study of Very Long Cylinders in Near-Axial Flow.
• Experimental and Numerical Visualization of the 3D Flow Around a Short Circular Cylinder Fitted with Endplates.
• A Visual Study of the Flow Around an Oscillating Cylinder in a Stratified Fluid at Rest.
• Application of an Electrolysis Method for Flows Around Ellipsoids.
• Flow Visualization of Karman Vortex in Shear and Turbulent Flow.
• Study of Holography Applied to the Piles Structure for Wave Damping in Sea Shore.
• Direct Measurement of the Density Field Using High Speed Differential Interferometry.
• Visualization of Flow Around Rectangular Cylinders with Phase-Averaging Technique.
• Visualization of the Flow Around Surface-Mounted Prismatic Obstacles.
• An Interferometric Study on Vortex Shedding from Trapezoidal Prisms in Transonic Flow.
• Flow Visualization Study of Flow Past an Oscillating Square Cylinder.
• Visualization of Particulate Two-Phase Flow (Keynote Paper).
• Rising Bubble Behavior in Air-Particle Injection by Means of Image Processing.
• Application of Real-Time Neutron Radiography to Visualization and Measuremnt of Thermal Hydraulic Phenomena.
• Application of Digital Image Processing in Two-Phase Flow.
• A Transmission-Mode Ultrasound Computerised Tomographic System for Gas/Liquid Two-Phase Flow Visualization.
• High-Speed Photography, High-Speed Cinematography and High-Speed Holography as Tools to Investigate Fast Flows (Keynote Paper).
• Laser Light-Sheet Visualization of the Spatial Evolution and Mixing of Coherent Droplet Structures.
• Automatic Assessment of Aerosol Holograms for Granulometry and Velocimetry.
• Liquid Crystal Thermography and Image Processing in Heat and Fluid Flow Experiments (Keynote Paper).
• Opto-Thermal Properties of Water Suspensions of Thermo-Sensitive Liquid-Crystal Particles.
• Visualization of Temperature and Flow Fields Using Liquid Crystals in the Fluid Region During Various Solidification Processes.
• Numerical Analysis and Visualization of Air Ventilation Systems (Keynote Paper).
• Three-Dimensional Concentration Measurement in a Ventilated Room Model Through Digital Image Processing.
• Visualization of 3-D Natural Convection.
• Flow Visualization of Natural Convection in a Vertical Fluid Layer with Internal Heating.
• Numerical Analysis on Two-Dimensional Flow and Heat Transfer in Compact Heat Exchangers of Louvered Fins.
• Automatic Analysis of Thermocolor Paints for Heat Flow Measurements in Wind Tunnel Facilities.
• Transport Phenomena in Fluid Flow of Finned Tube Heat Exchangers.
• Visualization of Flow Phenomena Behind Rows of Vortex Generators in Internal Flow.
• Visualization of Flow Mixing Mechanisms in Pin-Fin Arrays.
• Thermal Design Approach for a Copy Machine by Use of Flow Visualization and a Personal Computer.
• Flow Visualization and Heat Transfer Measurements by Infrared Thermography (Keynote Paper).
• Three-Dimensional Heat Flow Visualization with a Laser Holographic Interferometry.
• Temperature Measurement of Transonic Nozzle Flow by Laser-Induced Fluorescence Method.
• Heat Transfer Visualization of Light Emitting Diode by Means of Infrared Radiometer.
• A New Technique for Visualization and Determination of Local Mass Transfer at Solid Walls in Liquid Flow.
• Taylor-Goertler Instability in Sinusoidal Wavy Channels.
• Determination of Temperature Fields Above Plates with Different Geometry Heated by Moist Air.
• Photochromic Flow Visualization in Non-Isothermal Liquid-Liquid Two-Phase Flow.
• Droplet Dispersion in Turbulent Flow.
• Test Facility for the Flow Structure Study in the Supersonic Combustion Chamber.
• The Structure of Conical Methane-Air Flames.
• Analysis of Swirl Formation in the Combustion Chamber of a Direct-Injection Diesel Engine.
• Visualization of Counterflow Flames.
• Oscillation of Impingement Flow in a Combustor with Dual Side-Inlets.
• Flow Visualization and Quantitative Evaluation of the Effect of Bore/Stroke Ratio on Swirl in a Piston Engine.
• Roll-up Vortex on the Reciprocating Piston in a Cylinder.
• Visualization of Shock Wave Propagation Through Curved Channels (Keynote Paper).
• Flow Visualization of Secondary Sepration and Oscillating Shock Waves in Three-Dimensional Shock Waves-Turbulent Boundary Layer Interaction Regions.
• Measurement of Oscillating Shock Wave in Supersonic Nozzles.
• Pressure Visualization on Aerodynamic Surface by the Method of Luminescent Coating.
• Visualization of a Pseudo-Shock Wave in a Rectangular Duct.
• An Overview of Planar Laser Scattering for the Visualization of High-Speed Airflows (Keynote Paper).
• Infrared Imaging in Cryogenic Wind Tunnels.
• Gas Flows Imaging by Nanosecond Gas Discharge.
• The First Electric Discharge Method for Visualizing Three Dimensional Shock Shapes Around Hypersonic Vehicles.
• Schlieren Device and Holographic Interferometer for Hypersonic Flow Visualization.
• A Semiconductor Laser with Unusual Characteristics for Flow Visualization.
• The Measurement of Gas Density Around a Blunt Cone Using a Differential Interferometer.
• Holographic Color Schlieren Method of Flow Visualization.
• A Modern Focusing Schlieren for Flow Visualization.
• Simultaneous Measurements of Two Dimensional Velocity and Temperature Field Using Correlation Technique and LIF.
• The Refracted Image Moire Topography for Measuring Liquid Film Profiles.
• Geometric Modeling and Computer Graphics for Flow Visualization (Keynote Paper).
• Charge-Coupled Devices in Flow Visualization.
• A Digital Image Analysis System for High-Speed Filmed Injection Jets.
• CT Image Reconstruction by Matrix Method.
• Measurement of Unsteady Separated Flows on a Blunt Plate by a Fourier Transform Method.
• New Technique for Visualizing Three-Dimensional Flow in the Atmospheric Boundary Layer.
• On the Quantification of Cavity Extent on an Orifice in a Pipe by Use of an Image-Processing Technique.
• Higher Order Approximation for Spatio-Temporal Derivative Method.
• Photon Counting for the Measurement of Velocity and Temperature in Liquid Flow.
• Investigation of a Digital Fourier Filtering Technique for Two-Dimensional Velocity Measurement.
• Image Analysis with Spatial Filtering Method for Fluidizing Particle Velocity in a Circulating Fluidized Bed.
• An Algorithm for Searching Points on Generalized Curvilinear Coordinate System and Its Application to Flow Visualization.
• Visual Study for Topological Transitions of Vector Fields.
• Numerical Flow Visualization of Separated Flows Around Oscillating Airfoil by Solving Incompressible Navier-Stokes Equations.
• Visualization Technique in Computational Fluid Dynamics for Rational Comparison with Experiment.
• Visualization of Molecular Motions by MD Method.
• Numerical Visualization of Molecular Motion in Rarefied Gas Flows by Direct Simulation of Monte Carlo Method.
• Three-Dimensional Computation of a Fluid Flow with the Method of the Lattice Boltzmann Equation.
• 3D Particle Tracking Velocimetry — Its Possibilities and Limitations (Keynote Paper).
• Improvement Toward High Measurement Resolution in Three-Dimensional Particle Tracking Velocimetry.
• Application of a 3-D PTV to the Measurement of Turbulent Air Flows.
• Fractional Analysis of the Motion of Solid Particles in a Turbulent Air Flow.
• Spectrum-Correlation Method and Filters Technique Application for the Velocity Field Estimation.
• 2D PTV Based on Binary Correlation Method and Its Application to Fluctuating Flows.
• New 3D-PTV Algorithms Based on Correlation Between Binary Images.
• Holographic Particle Image Velocimetry (HPIV) — An Extension of PIV to a 3-D Measuring Method.
• Three-Dimensionl Particle Image Velocimetry Using Velocity Vector Histogram.
• Recent Developments in Three-Dimensional Particle Tracking Velocimetry (Keynote Paper).
• The Particle Tracking Method Using the Kaiman Filter.
• Model-Based Velocity Estimation Using the Kaiman Filter.
• Development of Digital Vector Velocimetry Method and Its Application to Lid-Driven Rotating Flow.
• Application of a Fast Algorithm for Pattern Tracking on Airflow Measurements.
• On the Accuracy of the Correlation Method.
• PIV for Lagrangian Scale Evaluation in a Convective Boundary Layer.
• A High-Speed Data Acquisition Technique with Particle Image Velocimetry to Study Steam Bubble Collapse.
• Computer Aided Discrimination of Slow and Fast Tracer Paths.
• Tracer Particles of Which Specific Gravity is Unity.
• Speckle Method and High Image Density PIV (Keynote Paper).
• of a Conditional Sampling to Particle-Imaging Velocimetry.
• A High Accuracy and Fast Automatic Processing Method of Young’s Fringes in PIV.
• Processing PIV Patterns by Holographic Correlation Technique.