Numerical comparison of dual-network, REV-scale, and pore-resolved models shows homogenization-based effective parameters best match reference results for local thermal non-equilibrium when interfacial resistance is high.
Transport in Porous Media 141, 737–769
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Local Thermal Non-Equilibrium Models in Porous Media: A Comparative Study of Conduction Effects
Numerical comparison of dual-network, REV-scale, and pore-resolved models shows homogenization-based effective parameters best match reference results for local thermal non-equilibrium when interfacial resistance is high.