A species-clustered splitting scheme for the integration of large-scale chemical kinetics using detailed mechanisms

Keyphrases

• Air Combustion 25%
• Autoignition 25%
• Chemical Kinetics 100%
• Combustion Mechanism 25%
• Computational Efficiency 50%
• Detailed Mechanism 100%
• Diffusion Maps 25%
• Equilibrium Temperature 25%
• Graph Partitioning 25%
• Heptane 25%
• Hexadecane 50%
• Hydrocarbons 25%
• Ignition Delay Time 25%
• Ignition Problem 25%
• Map-based 25%
• Markov Random Walk 25%
• Mechanism-based 25%
• Methane 50%
• Model Reduction 25%
• Number of Clusters 25%
• Numerical Experiments 25%
• Operator Splitting 25%
• Optimal Clustering 25%
• Ordinary Differential Equation Solver 25%
• Partitioning Method 25%
• Prediction Accuracy 25%
• Similarity Matrix 25%
• Species Cluster 25%
• Splitting Scheme 100%
• System of Ordinary Differential Equations 25%
• Temperature Effectiveness 25%
• Weighted Similarity 25%

Engineering

• Air Combustion 50%
• Autoignition 50%
• Computational Efficiency 100%
• Equation System 50%
• Equilibrium Temperature 50%
• Heptane 50%
• Ignition Delay 50%
• Methane 100%
• Model Reduction 50%
• Numerical Experiment 50%
• Similarities 50%