Wall slip in surfactant-laden falling films produces non-monotonic critical Reynolds numbers with equilibrium coverage, drives a single-to-double-hump transition in solitary waves, and resolves spurious interfacial mass growth via a revised conservative surface balance.
2 This eigen value corresponds to the hydrodynamic Kapitza modeα (1); for more information, see Appendix B
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Solutocapillary instability in slipping falling films
Wall slip in surfactant-laden falling films produces non-monotonic critical Reynolds numbers with equilibrium coverage, drives a single-to-double-hump transition in solitary waves, and resolves spurious interfacial mass growth via a revised conservative surface balance.