The two-dimensional solutions and stability analysis are presented for an evaporating thin
viscous liquid film flowing inside a uniformly heated rotating horizontal cylinder. A non …

This study investigates the possibility of solving film problems using the phase-field lattice
Boltzmann method (LBM). The mesoscopic nature of fluid interface makes the lattice …

Extensive computational fluid dynamics (CFD) simulations were conducted to study
“rimming” flow in a partially filled horizontally rotating cylinder. These flows are encountered …

Stability analysis of gravity-driven flow of a thermoviscous liquid on the exterior surface of a
uniformly heated or cooled vertical cylinder is presented. The film evolution model derived …

The thermocapillary instabilities of the liquid layers on an inclined plane with zero heat flux
are examined by linear stability analysis. There is an angle between the gravity and the …

The present study investigates the flow of a thin film inside a uniformly heated/cooled
cylinder rotating at various inclinations. The governing equations for mass, momentum, and …

A liquid film coating a cylindrical substrate is unstable to interfacial disturbances governed
by Rayleigh-plateau instability. These initial disturbances grow in time and, beyond …

A thick film flow on a non-isothermal vertical cylinder due to gravity is analyzed for temporal
and spatiotemporal stability. The model equation is derived by neglecting inertial terms and …

The transient growth in thermocapillary liquid layers is examined by nonmodal stability
theory. Two kinds of thermocapillary liquid layers including linear flow and return flow are …

In rotary tube reactors, rotary evaporators, or rotary atomizers, liquid is transported through a
partially filled axially rotating pipe. The flow is annular when the pipe rotation is fast enough …