Investigation of the effect of the coriolis force on a thin fluid film on a rotating disk

Engineering

• Rotating Disk 100%
• Fluid Film 100%
• Coriolis Force 100%
• Thin Films 80%
• Inertia Term 40%
• Boundary Layer 20%
• Streamlines 20%
• Surface Profile 20%
• Partial Differential Equation 20%
• Characteristic Curve 20%
• Newtonian Fluid 20%
• Numerical Solution 20%
• Initial Value 20%
• Centrifugal Force 20%
• Navier-Stokes Equation 20%
• Breaking Wave 20%
• Rotating Fluid 20%
• Kinematic Viscosity 20%
• Initial Profile 20%
• Viscous Force 20%

Keyphrases

• Coriolis Force 100%
• Rotating Disk 100%
• Inertial Term 40%
• Viscous Force 20%
• Breaking Waves 20%
• Rotating Fluids 20%
• Thin Layer Approximation 20%
• Newtonian Fluid 20%
• Wave Breaking 20%
• Ekman Boundary Layer 20%
• Force Effects 20%
• Solution of Equations 20%
• Quasilinear Partial Differential Equations 20%
• Kinematic Viscosity 20%
• Cauchy Initial Value Problem 20%
• Surface Flattening 20%
• Numerical Solution 20%

Mathematics

• Rotating Disk 100%
• Coriolis Force 100%
• Characteristic Curve 20%
• Navier-Stokes Equation 20%
• Boundary Layer 20%
• Quasi-Linear First-Order Partial Differential Equation 20%
• Initial-Value Problem 20%
• Numerical Solution 20%
• Time Increase 20%
• Streamlines 20%
• Viscous Force 20%
• Newtonian Fluid 20%
• Centrifugal Force 20%