Three-dimensional flow structure in an axisymmetric separated/reattaching supersonic flow

Keyphrases

• Recirculation Region 100%
• Supersonic Flow 100%
• Three-dimensional Flow Structure 100%
• Tomographic Particle Image Velocimetry 100%
• High Energy 50%
• Reattachment 50%
• Shear Layer 50%
• Separated Shear Layer 50%
• Three-dimensional (3D) 25%
• Scaling Behavior 25%
• Lower Order 25%
• Large-scale Structure 25%
• Three-dimensionality 25%
• Energy-based 25%
• Computational Simulation 25%
• Streamwise 25%
• Large Ensemble 25%
• Measurement Volume 25%
• Mode Shape 25%
• Turbulent Structure 25%
• Instability Mode 25%
• Cylinder Wake 25%
• Flow Interaction 25%
• Turbulent Kinetic Energy 25%
• Proper Orthogonal Decomposition 25%
• Hairpin Vortex 25%
• Statistical Convergence 25%
• Adverse Pressure Gradient 25%
• Pressure Drag 25%
• Azimuthal Instabilities 25%
• Turbulent Motion 25%
• Enstrophy 25%
• Coherent Turbulent Structures 25%
• Global Flows 25%
• Vorticity Vector 25%
• Linear Stochastic Estimation 25%
• Snapshot Proper Orthogonal Decomposition 25%
• Helical Instability 25%
• Statistical Geometry 25%

Engineering

• Particle Image Velocimetry 100%
• Flow Structure 100%
• Axisymmetric 100%
• Dimensional Flow 100%
• Shear Layer 100%
• Supersonic Flow 100%
• Reattachment 50%
• Subregions 50%
• Vorticity 50%
• Streamwise 25%
• Azimuthal 25%
• Dimensionality 25%
• Scale Structure 25%
• Global Scale 25%
• Mode Shape 25%
• Instability Mode 25%
• Turbulent Kinetic Energy 25%
• Proper Orthogonal Decomposition 25%
• Adverse Pressure Gradient 25%
• Pressure Drag 25%
• Turbulent Motion 25%
• Horseshoe Vortex 25%

Earth and Planetary Sciences

• Flow Structure 100%
• Particle Image Velocimetry 100%
• Supersonic Flow 100%
• Three Dimensional Flow 100%
• Shear Layer 100%
• Kinetic Energy 25%
• Horseshoe Vortex 25%
• Modal Response 25%
• Pressure Drag 25%
• Pressure Gradient 25%