Evaluation of different interface-capturing methods for cryogenic two-phase flows under microgravity
The distribution of the gas–liquid interface is crucial to the accurate calculation of the flow
and heat transfer of in-orbit cryogenic propellants, for which the surface tension force …
and heat transfer of in-orbit cryogenic propellants, for which the surface tension force …
Marangoni instability of self-rewetting films modulated by chemical reactions flowing down a vertical fibre
P Li, Y Chao - Chemical Engineering Science, 2020 - Elsevier
This paper examines the Marangoni instability of a self-rewetting film coating on a vertical
heated fibre and its modulation by chemical reactions. A single evolution equation based on …
heated fibre and its modulation by chemical reactions. A single evolution equation based on …
Viscous fingering analysis for water-drive oil in the inclined plane
M Zhang, L Jiang, Z Gu, C Ma, Y Wu, J Liu - European Journal of …, 2025 - Elsevier
Viscous fingering is a common instability event that occurs during the process of water-drive
oil for oil recovery, significantly limiting the efficiency of oil extraction. In this study, we …
oil for oil recovery, significantly limiting the efficiency of oil extraction. In this study, we …
Effect of slip on the contact-line instability of a thin liquid film flowing down a cylinder
Liquid coating films on solid surfaces exist widely in a plethora of industrial processes. In this
study, we focus on the falling of a liquid film on the side surface of a vertical cylinder, where …
study, we focus on the falling of a liquid film on the side surface of a vertical cylinder, where …
Thermocapillary fingering of a gravity-driven self-rewetting fluid film flowing down a vertical slippery wall
The surface tension of a self-rewetting fluid (SRF) has a nonmonotonic variation with the
increase of temperature, implying potential applications in many industrial fields. In this …
increase of temperature, implying potential applications in many industrial fields. In this …