Propagation of fronts and traveling waves in physics, chemistry, combustion, biological systems and related topics
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Organizer(s): |
Name:
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Affiliation:
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Country:
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Claude-Michel Brauner
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Tongji University & University of Bordeaux
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Peoples Rep of China
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Anna Ghazaryan
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Miami University
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USA
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Alain Miranville
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University of Poitiers
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France
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Abstract:
| | Propagation phenomena are commonplace in physical, chemical, biological models described by systems of PDEs and in domains that bridge these fields. For example, flames constitute an intricate physical system involving fluid dynamics and multistep chemical kinetics. Instability of propagation appears driven by complex phenomena such as pattern formation, transition to chaos, free interfaces. Mathematically, investigating propagation phenomena involves parabolic or hyperbolic systems, pattern forming reaction-diffusion equations, asymptotics, attractors, free boundary problems, and variety of other concepts and techniques including computing and numerical simulation. |
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List of approved abstract |
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