Uncertainty Quantification with Applications to Engineering Problems

Physics

• Decomposition 100%
• Uncertainty Quantification 80%
• Tensor 70%
• Chaos 50%
• Utilization 40%
• Dimensions 30%
• Model 20%
• Numerical Solution 10%
• Water Wave 10%
• Evaluation 10%
• Estimates 10%
• Approximation 10%
• Sampling 10%
• Vehicle 10%
• Non-Linear Dynamics 10%

Mathematics

• Uncertainty Quantification 80%
• Polynomial 50%
• Functions 50%
• Curse of Dimensionality 20%
• Function Evaluation 20%
• Number 20%
• Points 20%
• Selection 20%
• Computational Cost 10%
• Numerical Solution 10%
• Nonlinear 10%
• Forecasting 10%
• Convergence Rate 10%
• Dispersive 10%
• test function φ 10%
• Considered Problem 10%
• Engineering Problem 10%
• Random Input 10%
• Order 10%
• Characteristics 10%
• Approximation 10%
• Efficiency 10%
• Scale Problem 10%

Computer Science

• Functions 50%
• Application 40%
• Low-Rank 30%
• Simulation Mode 20%
• Function Evaluation 20%
• Dynamical System 20%
• Computational Cost 10%
• Benchmark 10%
• Convergence Rate 10%
• Numerical Solution 10%
• Sensitivity Analysis 10%
• Quantification 10%
• Application Software 10%
• Adaptivity 10%
• Research Direction 10%
• Engineering Problem 10%
• Considered Problem 10%
• Computational Resource 10%
• Active Research 10%
• Evaluation 10%
• Design 10%
• Contexts 10%
• Mathematical Optimization 10%
• Computing 10%
• Engineering Application 10%