In this paper, the problem of periodic homogenization of the Maxwell-Stefan cross-diffusion system was studied in the case of three species with two equal binary diffusion coefficients. Using the technique of two-scale homogenization, we characterized the limit equation. The limit equation allows one to describe the behavior of a gas mixture in the diffusive regime in a porous medium. This paper provides the first rigorous mathematical results on the homogenization of the Maxwell--Stefan equations.

Nocita, C., Salvarani, F. (2025). On the Periodic Homogenization of the Maxwell–Stefan Equations. MULTISCALE MODELING & SIMULATION, 23(3), 1417-1437 [10.1137/25M1722767].

On the Periodic Homogenization of the Maxwell–Stefan Equations

Nocita C.;
2025

Abstract

In this paper, the problem of periodic homogenization of the Maxwell-Stefan cross-diffusion system was studied in the case of three species with two equal binary diffusion coefficients. Using the technique of two-scale homogenization, we characterized the limit equation. The limit equation allows one to describe the behavior of a gas mixture in the diffusive regime in a porous medium. This paper provides the first rigorous mathematical results on the homogenization of the Maxwell--Stefan equations.
Articolo in rivista - Articolo scientifico
Maxwell-Stefan equations; multiscale homogenization; two-scale convergence;
English
12-set-2025
2025
23
3
1417
1437
none
Nocita, C., Salvarani, F. (2025). On the Periodic Homogenization of the Maxwell–Stefan Equations. MULTISCALE MODELING & SIMULATION, 23(3), 1417-1437 [10.1137/25M1722767].
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10281/577501
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