Towards a Fokker-Planck Rheometer
Résumé
Models of kinetic theory provide a coarse-grained description of molecular configurations wherein atomistic processes are ignored. Kinetic theory models can be very complicated mathematical objects sometimes defined in highly multidimensional spaces including the physical space, the time and the conformational space. In the past, stochastic based simulations were preferred to circumvent or at least alleviate the curse of dimensionality that many kinetic theory models exhibit. Recently, we proposed alternative solution strategies of the kinetic theory models based on the use of model reduction and separated representations for solving generic Fokker-Planck descriptions. These strategies have been successfully applied to solve a large variety of models.
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