On the effects of the upstream conditions on the transition of an inclined jet into a supersonic cross-flow

Keyphrases

• Air Crossflow 33%
• Barrel Shock 33%
• Counter-rotating Vortex Pair 33%
• Cross-flow 100%
• Disk Shear 33%
• Dynamic Interaction 33%
• Finite Difference 33%
• Flow Features 33%
• Flow Regions 33%
• Fluid Boundary 33%
• Gas Dynamics 33%
• Gaseous Jet 33%
• Ghost Fluid 33%
• Helium 33%
• Helium Jet 33%
• Inclined Jet 100%
• Inflow Conditions 33%
• Large Eddy Simulation 33%
• Low numerical Dissipation 33%
• Mach Disk 33%
• Main Flow 33%
• Scalar Transport 33%
• Shear Layer 33%
• Smooth Flow 33%
• Spatial Development 33%
• Subgrid Scale 33%
• Supersonic Crossflow 100%
• Transition Development 33%
• Turbulent Inflow Conditions 33%
• Turbulent Transport 33%
• Upstream Conditions 100%
• Vortex Model 33%
• Weighted Essentially Non-oscillatory Scheme 33%

Engineering

• Aerodynamics 33%
• Boundary Fluid 33%
• Flow Region 33%
• Hybrid Numerical Approach 33%
• Inclined Jet 100%
• Large Eddy Simulation 33%
• Mach Shock Disk 33%
• Main Flow 33%
• Oscillatory 33%
• Rotating Vortex 33%
• Shear Layer 33%
• Vortex Model 33%

Physics

• Cross Flow 100%
• Fluid Boundary 16%
• Large Eddy Simulation 16%
• Shear Layer 16%
• Supersonics 100%