… In this section, the DBM is adopted to simulate and investigate unsteady detonation with both
hydrodynamic and thermodynamic nonequilibrium effects. The computational domain, with …

… below, eq 81, but first we need to develop a modeling framework for chemical potentials. …
has been to formulate chemical kinetics for inhomogeneous, nonequilibrium systems. The most …

… non-equilibrium and thermodynamic non-equilibrium effects in phase separation processes.
Efficient parallel implementation and the ability to capture the non-equilibrium effects are …

… is simulated and investigated from the viewpoint of kinetic … the kinetic moments of the reaction
term have been simulated… to describe the global effects of kinetic moments due to chemical …

… non-equilibrium molecular dynamics simulations. In all cases, we verified that thermodynamic
variables obeyed normal thermodynamic … Equipartition of kinetic energy applied to all …

… well the molecular simulation data if the deviation from local thermodynamic equilibrium is
taken … This confirms the necessity of use of local non-equilibrium models in the analysis of fast …

… and thermodynamic nonequilibrium effects beyond the NS equations. The capability of the
DBM is demonstrated through simulations … Moreover, nonequilibrium effects on the predicted …

… the simulator and the specific method for implementing nonequilibrium thermodynamics in
… to show the importance of a kinetic approach in the simulation of hydrate in reservoir and to …

… the local thermodynamic equilibrium were considered. Non-equilibrium effects were taken
… the developed theory to numerical simulations of various non-equilibrium flows. We present …

… simulation, large eddy simulation, and Reynolds-averaged Navier-Stokes (NS) equations,
improve computational efficiency significantly, but lose various thermodynamic nonequilibrium …