AbstractThe phenomenon of bubble formation and its detachment from the liquid-vapor interface is highly affected by the application of electric field due to the electrohydrodynamic (EHD) forces. A numerical study is performed using a CLSVOF (Combined level- set and volume of fluid) solver for interface tracking, to analyse the changes in nature of bubble growth in film boiling with the changes in degree of superheat and with the electrohydrodynamic forces. The instability behaviour at the interface changes from Rayleigh-Taylor to Taylor-Helmholtz as the degree of superheat is increased. EHD forces results in the increase in the bubble formation sites due to the decrease in the critical wavelength
An experimental study of saturated pool boiling on a single artificial nucleation site without and w...
Boiling is an effective mode of heat transfer since high heat flux levels are possible driven by rel...
When an electrostatic field is applied to a medium, an electric force arises, originated by polariza...
Electrohydrodynamic (EHD) forces enhance heat and mass transfer in fluid flows. In two-phase flows u...
AN ABSTRACT OF THE DISSERTATION OF PAYAM SHARIFI, for the Doctor of Philosophy degree in ENGINEERING...
A comprehensive model predicting the deformation, growth and detachment of a vapour bubble in the nu...
The paper describes results from an experimental and theoretical study of the effect of an electric ...
A coupled level-set and volume-of-fluid method is presented for modeling incompressible two-phase fl...
The study of bubble dynamics is precursory to the understanding of the more complex heat and mass tr...
The effect exerted by an externally imposed electrostatic field on regime transitions in saturated p...
Critical heat flux (CHF) represents the upper limit of nucleate boiling heat transfer, beyond which ...
Application of electric fields demonstrates great promise as an active heat transfer enhancement tec...
Bubble departure from a vapor/liquid interface has been estimated from prediction for the wave lengt...
The effect exerted by an externally imposed electrostatic field on regime transitions in saturated p...
This paper presents simulations of film boiling including electrohydrodynamic forces. The coupled le...
An experimental study of saturated pool boiling on a single artificial nucleation site without and w...
Boiling is an effective mode of heat transfer since high heat flux levels are possible driven by rel...
When an electrostatic field is applied to a medium, an electric force arises, originated by polariza...
Electrohydrodynamic (EHD) forces enhance heat and mass transfer in fluid flows. In two-phase flows u...
AN ABSTRACT OF THE DISSERTATION OF PAYAM SHARIFI, for the Doctor of Philosophy degree in ENGINEERING...
A comprehensive model predicting the deformation, growth and detachment of a vapour bubble in the nu...
The paper describes results from an experimental and theoretical study of the effect of an electric ...
A coupled level-set and volume-of-fluid method is presented for modeling incompressible two-phase fl...
The study of bubble dynamics is precursory to the understanding of the more complex heat and mass tr...
The effect exerted by an externally imposed electrostatic field on regime transitions in saturated p...
Critical heat flux (CHF) represents the upper limit of nucleate boiling heat transfer, beyond which ...
Application of electric fields demonstrates great promise as an active heat transfer enhancement tec...
Bubble departure from a vapor/liquid interface has been estimated from prediction for the wave lengt...
The effect exerted by an externally imposed electrostatic field on regime transitions in saturated p...
This paper presents simulations of film boiling including electrohydrodynamic forces. The coupled le...
An experimental study of saturated pool boiling on a single artificial nucleation site without and w...
Boiling is an effective mode of heat transfer since high heat flux levels are possible driven by rel...
When an electrostatic field is applied to a medium, an electric force arises, originated by polariza...