Add to ORKGABSTRACT: The experiments ofdrop Maxangoni migration have been performed by the drop shift facility of short period of 4.5 s, and the drop accelerates gradually to an asymptotic velocity during the free fall. The unsteady and axisymmetric model is developed to study the drop migration for the case of moderate Reynolds number Re-- O(1), and the results axe compared with the experimental ones in the present paper. Both numerical and experimental results show that the migration velocity for moderate Reynolds number is several times smaller than that given by the linear YGB theory. KEY WORDS: drop migration, thermocapillaxy effect, microgravity, fluid mechan-ic
In this paper, roles of interfacial rheology on thermocapillary migration of a planar droplet at sma...
In the present study a parallel three dimensional Volume of Fluid (VOF) method is developed to simul...
In this paper, the overall steady-state momentum and energy balances in the thermocapillary migratio...
The experiments of drop Marangoni migration have been performed by the drop shift facility of short ...
The experiments of drop Marangoni migration have been performed by the drop shift facility of short ...
An axisymmetric model is adopted to simulate the problem of unsteady drop thermocapillary motion for...
The transport phenomenon of drops or bubbles is a very important topic in fundamental hydrodynamics ...
A numerical study on the interaction of two spherical drops in thermocapillary migration in microgra...
This paper mainly studied the thermocapillary migration of deformable droplets induced by periodic t...
www.elsevier.com/locate/actaastro Numerical simulation of drop Marangoni migration under microgravit
Liquid drop is a very common phenomenon occurring in various natural and industrial processes, e.g....
The mathematical model of mass transfer-induced Marangoni effect is formulated. The drop surface evo...
The overall steady-state energy balance with two phases in a flow domain requires that the change in...
Using the level-set method and the continuum interface model, the axisymmetric thermocapillary migra...
In this paper, the study on isolated spherical drops in thermocapillary migrations in zero gravity i...
In this paper, roles of interfacial rheology on thermocapillary migration of a planar droplet at sma...
In the present study a parallel three dimensional Volume of Fluid (VOF) method is developed to simul...
In this paper, the overall steady-state momentum and energy balances in the thermocapillary migratio...
The experiments of drop Marangoni migration have been performed by the drop shift facility of short ...
The experiments of drop Marangoni migration have been performed by the drop shift facility of short ...
An axisymmetric model is adopted to simulate the problem of unsteady drop thermocapillary motion for...
The transport phenomenon of drops or bubbles is a very important topic in fundamental hydrodynamics ...
A numerical study on the interaction of two spherical drops in thermocapillary migration in microgra...
This paper mainly studied the thermocapillary migration of deformable droplets induced by periodic t...
www.elsevier.com/locate/actaastro Numerical simulation of drop Marangoni migration under microgravit
Liquid drop is a very common phenomenon occurring in various natural and industrial processes, e.g....
The mathematical model of mass transfer-induced Marangoni effect is formulated. The drop surface evo...
The overall steady-state energy balance with two phases in a flow domain requires that the change in...
Using the level-set method and the continuum interface model, the axisymmetric thermocapillary migra...
In this paper, the study on isolated spherical drops in thermocapillary migrations in zero gravity i...
In this paper, roles of interfacial rheology on thermocapillary migration of a planar droplet at sma...
In the present study a parallel three dimensional Volume of Fluid (VOF) method is developed to simul...
In this paper, the overall steady-state momentum and energy balances in the thermocapillary migratio...