Numerical investigations on model order reduction to SEM based on POD-DEIM to linear/nonlinear heat transfer problems

Mathematics

• Model Order Reduction 100%
• Spectral Element Method 94%
• Proper Orthogonal Decomposition 94%
• Numerical Investigation 82%
• Reduced-order Modeling 81%
• Heat Transfer 73%
• Heat Conduction 37%
• Legendre 36%
• Higher Order 25%
• Nuclear Reactor 24%
• Snapshot 24%
• Numerical Accuracy 23%
• Use Case 23%
• High-order Schemes 22%
• CPU Time 21%
• First-order System 19%
• Training 18%
• Time Discretization 18%
• Numerical Results 11%
• Model 11%
• Framework 10%

Engineering & Materials Science

• Interpolation 59%
• Program processors 59%
• Decomposition 50%
• Heat conduction 48%
• Heat transfer 47%
• Nuclear reactors 25%

Physics & Astronomy

• interpolation 70%
• heat transfer 54%
• decomposition 53%
• conductive heat transfer 46%
• nuclear reactors 26%
• education 23%