A numerical method for simulating transient flows of gas-liquid mixtures is proposed. The mathematical model, established for a suspension of gas bubbles in liquid, includes an equation taking into account the relative velocity between the gas and liquid. A numerical technique based on the MacCormack scheme combined with the method of characteristics is presented. Theoretical results for transients initiated by a rapid closing valves are compared with measurements. A good agreement is found particularly for large values of initial dissolved gas concentration
The numerical simulation of compressible two-phase flows is still a chal-lenge. For example, for liq...
A numerical method for modeling and understanding the dynamics of bubble oscillations subjected to f...
In this paper, the performance of three different numerical approaches in cavitation modelling are c...
A numerical method for simulating transient flows of gas-liquid mixtures is proposed. The mathe...
A comparison between conservative and nonconservative models has been carried out for evaluating the...
Cavitation is characterized by vapor bubbles creation in the liquid phase as a consequence of a pres...
Transient cavitation of a homogeneous gas-liquid mixture flow is modeled for an elastic pipeline by ...
The paper presents four key mathematical models of transient cavitating pipe flow, i.e. column separ...
International audienceThis work is dedicated to the modeling of gas-liquid flows in pipes. As a firs...
A new methodology was developed for the numerical simulation of transient two-phase flow in pipes. ...
The paper presents four key mathematical models of a transient cavitating pipe flow, i.e. the column...
This paper aims to compare the results of two commonly used methods for the simulation of cavitating...
Président : Sergey GAVRILYUK. Rapporteurs : Alain-Yves LEROUX, Sebastian NOELLE. Examinateurs : Fréd...
Hydrodynamic cavitation occurs when, as a result of high velocity, the local liquid pressure falls b...
AbstractThe current paper aims at the experimental and numerical analysis of the cavitating pipe flo...
The numerical simulation of compressible two-phase flows is still a chal-lenge. For example, for liq...
A numerical method for modeling and understanding the dynamics of bubble oscillations subjected to f...
In this paper, the performance of three different numerical approaches in cavitation modelling are c...
A numerical method for simulating transient flows of gas-liquid mixtures is proposed. The mathe...
A comparison between conservative and nonconservative models has been carried out for evaluating the...
Cavitation is characterized by vapor bubbles creation in the liquid phase as a consequence of a pres...
Transient cavitation of a homogeneous gas-liquid mixture flow is modeled for an elastic pipeline by ...
The paper presents four key mathematical models of transient cavitating pipe flow, i.e. column separ...
International audienceThis work is dedicated to the modeling of gas-liquid flows in pipes. As a firs...
A new methodology was developed for the numerical simulation of transient two-phase flow in pipes. ...
The paper presents four key mathematical models of a transient cavitating pipe flow, i.e. the column...
This paper aims to compare the results of two commonly used methods for the simulation of cavitating...
Président : Sergey GAVRILYUK. Rapporteurs : Alain-Yves LEROUX, Sebastian NOELLE. Examinateurs : Fréd...
Hydrodynamic cavitation occurs when, as a result of high velocity, the local liquid pressure falls b...
AbstractThe current paper aims at the experimental and numerical analysis of the cavitating pipe flo...
The numerical simulation of compressible two-phase flows is still a chal-lenge. For example, for liq...
A numerical method for modeling and understanding the dynamics of bubble oscillations subjected to f...
In this paper, the performance of three different numerical approaches in cavitation modelling are c...