Convection in directionally solidifying alloys under inclined rotation

Keyphrases

• Convection 100%
• Induced Flow 100%
• Inclination Angle 75%
• Precession 75%
• Mush 75%
• Fluid Layer 50%
• Induced Velocity 50%
• Rotational Speed 25%
• Solute 25%
• Plume 25%
• Buoyancy 25%
• Longitudinal Mode 25%
• Flow Effect 25%
• Analytical Approach 25%
• Linear Stability Analysis 25%
• Angular Velocity 25%
• Unstable Modes 25%
• From below 25%
• Binary Alloy 25%
• Instability Mode 25%
• Parallel Flow 25%
• Boundary Layer Flow 25%
• Mushy Layer 25%
• Change of Direction 25%
• Flow Alteration 25%
• Inclined Axis 25%
• Layer Flow 25%
• Ekman Layer 25%
• Taylor number 25%
• Parallel Shear Flows 25%
• Thermal Boundary Layer Flow 25%

Engineering

• Inclination Angle 100%
• Layer Flow 100%
• Fluid Layer 66%
• Induced Velocity 66%
• Shear Flow 33%
• Boundary Layer 33%
• Longitudinal Mode 33%
• Analytical Approach 33%
• Direction Perpendicular 33%
• Linear Stability Analysis 33%
• Experimental Observation 33%
• Instability Mode 33%
• Binary Alloy 33%
• Angular Velocity ω 33%
• Thermal Boundary Layer 33%
• Ekman Layer 33%
• Taylor Number 33%
• Parallel Flow 33%