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computational kinetics group
kinetic methods . fundamental transport processes . multi-scale, multi-physics systems
We gratefully acknowledge funding for this research provided by the National Science Foundation, NASA, AFOSR, DOE, Air Force Research Laboratory and the University of Illinois at Urbana-Champaign.
Computational resources and technical support are provided by NASA through the High-End Computing Capability (HECC) and by DOE through the PSAAP Center.
research activities
hybrid continuum/kinetic solver for chemically reacting flows
combined kinetic approach for DSMC rare events and tail-driven processes
assessment of continuum breakdown in high-speed chemically reacting flows
The computational kinetics group employs DSMC, deterministic Boltzmann methods and MD to explore and improve modeling for engineering systems ranging from high-altitude, rarefied flows to material modification and material response through irradiation processing.
Some of our current research activities include:
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