Analysis of variance-based mixed multiscale finite element method and applications in stochastic two-phase flows

Keyphrases

• Two-phase Flow 100%
• Finite Element Applications 100%
• Mixed multiscale Finite Element Method 100%
• Variance-based 100%
• Computational Cost 75%
• Adaptive Criteria 75%
• Adaptive Analysis 50%
• Analysis of Variance Method 50%
• Sparse Grids 25%
• Monte Carlo Method 25%
• Computational Complexity 25%
• Numerical Examples 25%
• Model Reduction 25%
• Computation Overhead 25%
• Spatial Domain 25%
• Probabilistic Collocation Method 25%
• High Dimension 25%
• Coarse Grid 25%
• Heterogeneous Porous Media 25%
• Low Computational 25%
• Physical Processes 25%
• Multilevel Monte Carlo 25%
• Random Parameters 25%
• Variance Decomposition 25%
• Physical Space 25%
• Stochastic Flows 25%
• Random Inputs 25%
• Large Uncertainty 25%
• High Heterogeneity 25%
• Stochastic Fields 25%
• Stochastic Problems 25%
• Random Porous Media 25%
• Stochastic Partial Differential System 25%
• Variance Decomposition Method 25%

Engineering

• Multiscale 100%
• Finite Element Method 100%
• Two-Phase Flow 100%
• Computational Cost 75%
• Adaptive Analysis 50%
• Numerical Example 25%
• Model Reduction 25%
• Spatial Domain 25%
• Coarse Grid 25%
• Dimensionality 25%
• Subproblem 25%
• Computational Complexity 25%
• Physical Model 25%
• Physical Space 25%

Mathematics

• Stochastics 100%
• Computational Cost 37%
• Variance Decomposition 25%
• Random Input 12%
• Subproblem 12%
• Decomposition Method 12%
• Differential System 12%
• Sparse Grids 12%
• Monte Carlo 12%
• Numerical Example 12%
• Spatial Domain 12%
• Physical Model 12%