An arbitrary Lagrangian-Eulerian formulation for the numerical simulation of flow patterns generated by the hydromedusa Aequorea victoria

Keyphrases

• Numerical Simulation 100%
• Flow Pattern 100%
• Arbitrary Lagrangian-Eulerian Method 100%
• Aequorea Victoria 100%
• Hydromedusae 100%
• Free Swimming 40%
• Governing Equation 20%
• Equations of Motion 20%
• PETSc Library 20%
• Cartesian Coordinates 20%
• Continuity Equation 20%
• Quadrilateral Element 20%
• Linear Systems 20%
• Navier-Stokes Equations 20%
• Steady Flow 20%
• Mesh Deformation 20%
• Eulerian-Lagrangian 20%
• Conservation Equations 20%
• Cylindrical Coordinates 20%
• Vortex Ring 20%
• Induced Velocity 20%
• Radial Distance 20%
• Jellyfish 20%
• Oscillatory Flow 20%
• Linear Elasticity Equations 20%
• Ring Vortex 20%
• Preconditioned GMRES 20%
• Discrete Level 20%
• Cylindrical Tube 20%
• Numerical Robustness 20%
• Flow around Sphere 20%
• Geometric Conservation Law 20%
• Moving Boundary Problem 20%
• Propulsion Efficiency 20%
• Deformed Body 20%
• Geometric Conservation 20%

Engineering

• Computer Simulation 100%
• Vortex 100%
• Navier-Stokes Equation 50%
• Cartesian Coordinate 50%
• Continuity Equation 50%
• Quadrilateral Element 50%
• Special Attention 50%
• Geometric Conservation Law 50%
• Eulerian Method 50%
• Induced Velocity 50%
• Cylindrical Coordinate 50%
• Steady Flow 50%
• Radial Distance 50%
• Linear Elasticity 50%
• Cylindrical Tube 50%
• Elasticity Equation 50%
• Oscillatory Flow 50%
• Conservation Equation 50%