Boundary-layer instability on rotating cones: An experiment-based exploration

INIS

• boundary layers 100%
• exploration 100%
• cones 100%
• instability 100%
• vortices 70%
• speed 50%
• engines 45%
• nose cones 37%
• growth 29%
• fans 25%
• reynolds number 20%
• asymmetry 20%
• axial symmetry 16%
• aerodynamics 16%
• decomposition 12%
• aircraft 12%
• junctions 8%
• losses 8%
• mach number 8%
• investigations 8%
• experimental data 8%
• infrared thermography 4%
• incidence angle 4%
• wavelengths 4%
• roots 4%
• symmetry 4%
• applications 4%
• efficiency 4%
• comparative evaluations 4%
• mixing 4%
• fluids 4%
• fluid mechanics 4%
• assessments 4%
• bypasses 4%
• walls 4%
• passengers 4%
• environment 4%
• engineering 4%

Engineering

• Vortex 100%
• Experiments 100%
• Boundary Layer 100%
• Aero-Engines 35%
• Speed Ratio 23%
• Axisymmetric 23%
• Rotational Speed 23%
• Azimuthal 23%
• Aerodynamics 23%
• Proper Orthogonal Decomposition 17%
• Aircraft 17%
• Flow Field 17%
• Limitations 11%
• Asymmetric Flow 11%
• Characteristics 11%
• Flow Condition 11%
• Mach Number 11%
• Low Speed 11%
• Fan Blade 11%
• Rotating Body 5%
• Symmetry Plane 5%
• Flow Instability 5%
• Reynolds' Number 5%
• Mixing 5%
• Pressure Rise 5%
• Instability Mechanism 5%
• Quantitative Measurement 5%
• Fluid Momentum 5%
• Suction Side 5%
• Centrifugal 5%
• Mechanisms 5%
• Dominant Mode 5%
• Wavelength 5%
• Fluid Mechanics 5%
• Infrared Thermography 5%
• Incidence Angle 5%
• Experimental Technique 5%
• Determines 5%
• Flow Investigation 5%
• Airframe 5%
• Engineering Application 5%
• Axial Flow 5%
• Blade Passage 5%