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~ gaseous diffusion flames
~ pulverized-coal flames
~ liquid sprays
~ coal slurries
~ isothermal two-phase flow
~ sorbent injection
& other oxidation/reduction reaction systems
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ALGORITHMS: robust, accurate, iterative solvers
to extract the non-linear coupling between
turbulent fluid mechanics, gas and particle phase reactions, radiation,
turbulent particle dispersion and NOx chemistry.
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CAPABILITIES:
~ steady-state, axisymmetric, laminar or turbulent flows with complex
geometries
~ polydispersed phases of gases and particles, droplets or slurries with
full mass, momentum and energy coupling between phases
~ multiply reaction rate processes for liquid vaporization, coal
devolatization and heterogenous particle reactions
~ radiative heat transfer for absorbing-emitting anisotropically scattering,
turbulent, sooting media
~ NOx/SOx formation and destruction
~ variable thermal boundary conditions including adiabatic, thermal
resistance, "heat exchanger"~
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APPLICATIONS:
~ burner and furnace design
~ coal combustion and gasification
~ coal slurries, liquid sprays
~ diffusion flames
~ two-phase fluid mechanics, sorbent injection
~ radiation in participating media
~ computational fluid dynamics
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