Finite element analysis of stability of two-dimensional viscoelastic flows to three-dimensional perturbations

Keyphrases

• Viscoelastic Flow 100%
• Stability Analysis 100%
• Finite Element Analysis 100%
• Non-Newtonian Fluid 60%
• Cylinder Array 40%
• Finite Element Discretization 40%
• Isolated Cylinder 40%
• Eigenvalue Spectrum 40%
• Time Integration 40%
• Direct Time Integration 40%
• Three-dimensional Disturbances 20%
• Constitutive Equation 20%
• Hybrid Time Integration 20%
• Baseflow 20%
• Time Use 20%
• Newton's Method 20%
• Krylov 20%
• Operator Splitting Method 20%
• Linearized Equations 20%
• Iterative Calculation 20%
• Time Integrator 20%
• Complete Analysis 20%
• Real Part 20%
• Stokes Problem 20%
• Oldroyd-B Fluid 20%
• Random Disturbance 20%
• Finite Element Calculation 20%
• Time Integration Schemes 20%
• Stability Results 20%
• Krylov Subspace Methods 20%
• Parallel Computer 20%
• Dimensional Stability 20%
• Cylindrical Couette Flow 20%
• DEVSS-G 20%
• Fourth-order Runge-Kutta Method 20%
• Steady-state Solution 20%

Engineering

• Newtonian Fluid 60%
• Element Discretisation 40%
• Operator Method 20%
• Fourth Order 20%
• Hybrid Time 20%
• Real Part 20%
• Constitutive Equation 20%
• Numerical Methods 20%
• Newton's Method 20%
• Finite Element Calculation 20%
• Kutta Method 20%
• Dimensional Disturbance 20%
• Dimensional Stability 20%
• State Solution 20%
• Subspace Method 20%
• Base Flow 20%
• Parallel Computer 20%

Mathematics

• Time Integration 100%
• Newtonian Fluid 50%
• Operator Splitting 16%
• Time Evolution 16%
• Newton's Method 16%
• State Solution 16%
• Numerical Methods 16%
• Stokes Problem 16%
• Fourth-Order 16%
• Real Part 16%
• Runge-Kutta Method 16%
• Stability Result 16%