The prediction of transport parameters in disordered structures in the presence of velocity fields and potential energy barriers has deep implications in diffusional and adsorption controlled processes. Starting from the Langevin formulation of transport at microscopic scales and from the Lattice-Boltzmann equation in porous media, we discuss the possibility of developing efficient lattice simulators for transport phenomena in macroporous/microporous structures
PREDICTION OF TRANSPORT PARAMETERS IN DISORDERED STRUCTURES: TOWARDS AN INTEGRATED LATTICE SIMULATOR / Giona, Massimiliano; Adrover, Alessandra. - In: FRACTALS-COMPLEX GEOMETRY PATTERNS AND SCALING IN NATURE AND SOCIETY. - ISSN 0218-348X. - STAMPA. - 02:02(1994), pp. 287-290. [10.1142/s0218348x9400034x]
PREDICTION OF TRANSPORT PARAMETERS IN DISORDERED STRUCTURES: TOWARDS AN INTEGRATED LATTICE SIMULATOR
GIONA, Massimiliano;ADROVER, Alessandra
1994
Abstract
The prediction of transport parameters in disordered structures in the presence of velocity fields and potential energy barriers has deep implications in diffusional and adsorption controlled processes. Starting from the Langevin formulation of transport at microscopic scales and from the Lattice-Boltzmann equation in porous media, we discuss the possibility of developing efficient lattice simulators for transport phenomena in macroporous/microporous structuresI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
