Mechanisms of boundary layer transition induced by isolated roughnes

INIS

• boundary layers 100%
• vortices 100%
• roughness 77%
• symmetry 44%
• disturbances 44%
• energy 33%
• kelvin-helmholtz instability 33%
• layers 33%
• shear 33%
• motion 22%
• geometry 22%
• speed 22%
• comparative evaluations 22%
• height 22%
• growth 22%
• asymmetry 22%
• walls 22%
• surfaces 11%
• levels 11%
• coverings 11%
• rotation 11%
• distance 11%
• values 11%
• decay 11%
• particles 11%
• thermodynamics 11%
• thickness 11%
• range 11%
• lifts 11%
• diagnostic techniques 11%
• aerodynamics 11%
• shape 11%
• fluctuations 11%
• correlations 11%
• images 11%
• fluids 11%
• reynolds number 11%
• velocity 11%
• yields 11%
• incompressible flow 11%
• instability 11%
• breakdown 11%

Engineering

• Vortex 100%
• Mechanisms 100%
• Helmholtz's Law 62%
• Roughness Element 62%
• Symmetric Mode 37%
• Streamwise 37%
• Kelvin Helmholtz Instability 37%
• Shear Layer 37%
• Energy Engineering 37%
• Asymmetric Mode 25%
• Low Speed 25%
• Active Region 12%
• Reynolds' Number 12%
• Velocity 12%
• Flow Behavior 12%
• Critical Value 12%
• Fluctuations 12%
• Instability Mechanism 12%
• Fluid Momentum 12%
• Wake Flow 12%
• Roughness Height 12%
• Laminar Boundary Layer 12%
• Particle Image Velocimetry 12%
• Flow Regime 12%
• Horseshoe Vortex 12%
• Flow Field 12%
• Fields 12%
• Experiments 12%
• Vorticity 12%
• Surface Process 12%
• Critical Condition 12%
• Thermodynamics Problem 12%
• Long Distance 12%
• Supercritical Condition 12%
• Aerodynamics 12%
• Early Stage 12%

Physics

• Region 50%
• Rotation 25%
• Wakes 25%
• Thermodynamics 12%
• Distance 12%
• Boundary Layer 12%
• Laminar Boundary Layer 12%
• Shapes 12%
• Behavior 12%
• Speed 12%
• Correlation 12%
• Vorticity 12%