Simulations show permeable transverse boundaries increase solute mass in miscible viscous fingering, driving stronger instabilities and larger mixing lengths than other boundaries.
, author Salin, D
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2026 1verdicts
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HOC simulations of miscible viscous fingering of a finite slice: A new insight
Simulations show permeable transverse boundaries increase solute mass in miscible viscous fingering, driving stronger instabilities and larger mixing lengths than other boundaries.