An approach, starting with the bubble formation model of Khurana and Khumar, has been presented, which is found to be reasonably applicable to the formation of both bubbles and drops from single submerged nozzles. The model treats both the phenomena jointly as the formation of a dispersed phase entity resulting from injection, whose size depends upon operating parameters and physical properties
Bubble formation at variously inclined submerged nozzles, fed with a continuous gas flow rate, is in...
A model based on two step mechanism of bubble formation is proposed. The resulting equations are use...
NoThis paper presents a comparison of experimental results and numerical predictions of drop formati...
An approach, starting with the bubble formation model of Khurana and Khumar, has been presented, whi...
An approach, starting with the bubble formation model of Khurana and Khumar, has been presented, whi...
An approach, starting with the bubble formation model of Khurana and Khumar, has been presented, whi...
The aim of this study was to investigate bubble/drop formation at a single submerged orifice in stag...
The aim of this study was to investigate bubble/drop formation at a single submerged orifice in stag...
Micro- and nano-scale free surface flows with interface rupture, e.g. drop or bubble breakup, are no...
Micro- and nano-scale free surface flows with interface rupture, e.g. drop or bubble breakup, are no...
Micro- and nano-scale free surface flows with interface rupture, e.g. drop or bubble breakup, are no...
Bubble formation at variously inclined submerged nozzles, fed with a continuous gas flow rate, is in...
Bubble formation at variously inclined submerged nozzles, fed with a continuous gas flow rate, is in...
Bubble formation at variously inclined submerged nozzles, fed with a continuous gas flow rate, is in...
Bubble formation at variously inclined submerged nozzles, fed with a continuous gas flow rate, is in...
Bubble formation at variously inclined submerged nozzles, fed with a continuous gas flow rate, is in...
A model based on two step mechanism of bubble formation is proposed. The resulting equations are use...
NoThis paper presents a comparison of experimental results and numerical predictions of drop formati...
An approach, starting with the bubble formation model of Khurana and Khumar, has been presented, whi...
An approach, starting with the bubble formation model of Khurana and Khumar, has been presented, whi...
An approach, starting with the bubble formation model of Khurana and Khumar, has been presented, whi...
The aim of this study was to investigate bubble/drop formation at a single submerged orifice in stag...
The aim of this study was to investigate bubble/drop formation at a single submerged orifice in stag...
Micro- and nano-scale free surface flows with interface rupture, e.g. drop or bubble breakup, are no...
Micro- and nano-scale free surface flows with interface rupture, e.g. drop or bubble breakup, are no...
Micro- and nano-scale free surface flows with interface rupture, e.g. drop or bubble breakup, are no...
Bubble formation at variously inclined submerged nozzles, fed with a continuous gas flow rate, is in...
Bubble formation at variously inclined submerged nozzles, fed with a continuous gas flow rate, is in...
Bubble formation at variously inclined submerged nozzles, fed with a continuous gas flow rate, is in...
Bubble formation at variously inclined submerged nozzles, fed with a continuous gas flow rate, is in...
Bubble formation at variously inclined submerged nozzles, fed with a continuous gas flow rate, is in...
A model based on two step mechanism of bubble formation is proposed. The resulting equations are use...
NoThis paper presents a comparison of experimental results and numerical predictions of drop formati...