Robust interpolation for dispersed gas‐droplet flows using statistical learning with the fully Lagrangian approach

Keyphrases

• Fully Lagrangian Approach 100%
• Statistical Learning 100%
• Number Density 60%
• Density Field 60%
• Kernel Regression 60%
• Dispersed Phase 40%
• Phase Space 20%
• Droplet Radius 20%
• Steady State 20%
• Individual Droplets 20%
• Size-and-shape 20%
• Droplet Size Distribution 20%
• Spatial Structure 20%
• Unsteady Flow 20%
• Transient Flow 20%
• High Dimension 20%
• Droplet Density 20%
• Novel Methodology 20%
• High Variability 20%
• Computational Expense 20%
• Polydisperse Droplets 20%
• Monodisperse Droplets 20%
• Trajectory Method 20%
• Eulerian numbers 20%
• Eulerian Representation 20%
• Nonparametric Framework 20%
• Polydisperse Flow 20%
• Structural Details 20%
• Transformation Tensor 20%

Engineering

• Lagrangian Approach 100%
• Number Density 80%
• Dispersed Phase 40%
• Phase Space 20%
• Transients 20%
• Realization 20%
• Specifies 20%
• Unsteady Flow 20%
• Droplet Size Distribution 20%
• Spatial Structure 20%
• Computational Expense 20%
• Structural Detail 20%
• Tensor 20%
• Eulerian Representation 20%