An efficient multi time scale method for solving stiff ODEs with detailed kinetic mechanisms and multi scale physical chemical processes

Engineering & Materials Science

• Direct numerical simulation 64%
• Reaction kinetics 56%
• Ignition 45%
• Compressible flow 31%
• Incompressible flow 31%
• Large eddy simulation 28%
• Computational efficiency 24%
• Methane 23%
• Time delay 21%
• Hydrogen 20%
• Specifications 16%
• Air 13%

Earth & Environmental Sciences

• chemical process 100%
• timescale 73%
• kinetics 62%
• method 22%
• chemical 10%
• compressible flow 9%
• incompressible flow 9%
• history 8%
• large eddy simulation 7%
• physical process 6%
• simulation 6%
• hydrogen 5%
• methane 5%
• air 3%
• modeling 3%
• distribution 2%

Physics & Astronomy

• kinetics 61%
• direct numerical simulation 10%
• ignition 9%
• reaction kinetics 9%
• histories 8%
• compressible flow 6%
• incompressible flow 6%
• scale models 5%
• large eddy simulation 5%
• specifications 4%
• methane 4%
• time lag 4%
• hydrogen 3%
• air 3%