Variationally derived closure models for large eddy simulation of incompressible turbulent flows

Keyphrases

• Large Eddy Simulation 100%
• Incompressible Turbulent Flow 100%
• Closure Model 100%
• Tetrahedral Element 66%
• Hexahedral Element 66%
• Analytical Expression 33%
• Boundary Layer 33%
• Flow Problems 33%
• Linearization 33%
• Computational Domain 33%
• Flow Separation 33%
• Function Approach 33%
• Finite Thickness 33%
• Convergence Rate 33%
• Nonlinear Equations 33%
• Turbulent Flow 33%
• Flow Reversal 33%
• Range of Applicability 33%
• Consistent Method 33%
• Multi-scale Framework 33%
• Flat Plate 33%
• Iterative Solution 33%
• Stationary Wall 33%
• Mass Conservation 33%
• Channel Flow 33%
• Convergence of the Method 33%
• Residual-based 33%
• Numerical Test 33%
• Variational multiscale Method 33%
• Variational Equation 33%
• Variationally Consistent 33%
• Variational Structure 33%
• Vortex Stretching 33%
• Channel Modeling 33%
• Bubble Functions 33%
• Euler-Lagrange Equation 33%
• Incompressible NavierStokes Equations 33%
• Variational Consistency 33%

Engineering

• Large Eddy Simulation 100%
• Fine Scale 100%
• Turbulent Flow 100%
• Tetrahedral Element 66%
• Multiscale 33%
• Applicability 33%
• Vortex 33%
• Boundary Layer 33%
• Generality 33%
• Flow Problem 33%
• Discretization 33%
• Leading Edge 33%
• Flow Separation 33%
• Rate of Convergence 33%
• Conservation of Mass 33%
• Flat Plate 33%
• Channel Flow 33%
• Computational Domain 33%

Mathematics

• Residuals 100%
• Edge 50%
• Discretization 50%
• Boundary Layer 50%
• Generality 50%
• Nonlinear Equation 50%
• Iterative Solution 50%
• Channel Flow 50%
• Computational Domain 50%
• Flat Plate 50%
• Variational Equation 50%
• Variational Structure 50%