Add to ORKGThe main objective of this Master thesis is to perform computational simulations of gas-liquid two phase co-current flows in horizontal, vertical and inclined pipes, in order to obtain the known flow patterns.Quintero Finol, A. (2012). CFD simulations of multiphase flows in pipes. http://hdl.handle.net/10251/60839Archivo delegad
Multiphase flow is a common phenomenon in many industrial processes, amongst them the oil and gas in...
Microchannel has gradually received attention due to its high surface to volume rat,io, which indire...
Improved understanding of flow regime effects on design-influencing engineering quantities is of pri...
Modeling the liquid-gas phase flow inside the horizontal and inclined pipe using CFD analysis is dif...
The modeling of fluid dynamics through pipelines requires a full understanding of the internal and e...
Pipelines with multiphase flow of gas, oil, and water are commonly used in the oil and gas industry....
The scope of this work is to gain insight into the behaviour of two-phase flow in horizontal and dow...
Having a clear understanding on the phase distribution of gas-liquid two-phase flow through elbow be...
Investigations of gas-liquid-solid flows in large diameter vertical pipes are scarce and detailed th...
In order to understand the behaviour of two-phase flow in inclined pipes, an extensive programme of ...
Computational Fluid Dynamics (CFD) code, FLUENT 6.2 was used to study dispersed flows in horizontal ...
The present thesis describes the advances made in modelling two-phase flows in inclined pipes using ...
Petroleum is a highly valued natural resource where the used are never ending and the demand will al...
Available tools for dealing with multi-phase flows are not effective with complex geometries such as...
In this thesis, two-phase flow in an annular pipe geometry is studied using an open-source software ...
Multiphase flow is a common phenomenon in many industrial processes, amongst them the oil and gas in...
Microchannel has gradually received attention due to its high surface to volume rat,io, which indire...
Improved understanding of flow regime effects on design-influencing engineering quantities is of pri...
Modeling the liquid-gas phase flow inside the horizontal and inclined pipe using CFD analysis is dif...
The modeling of fluid dynamics through pipelines requires a full understanding of the internal and e...
Pipelines with multiphase flow of gas, oil, and water are commonly used in the oil and gas industry....
The scope of this work is to gain insight into the behaviour of two-phase flow in horizontal and dow...
Having a clear understanding on the phase distribution of gas-liquid two-phase flow through elbow be...
Investigations of gas-liquid-solid flows in large diameter vertical pipes are scarce and detailed th...
In order to understand the behaviour of two-phase flow in inclined pipes, an extensive programme of ...
Computational Fluid Dynamics (CFD) code, FLUENT 6.2 was used to study dispersed flows in horizontal ...
The present thesis describes the advances made in modelling two-phase flows in inclined pipes using ...
Petroleum is a highly valued natural resource where the used are never ending and the demand will al...
Available tools for dealing with multi-phase flows are not effective with complex geometries such as...
In this thesis, two-phase flow in an annular pipe geometry is studied using an open-source software ...
Multiphase flow is a common phenomenon in many industrial processes, amongst them the oil and gas in...
Microchannel has gradually received attention due to its high surface to volume rat,io, which indire...
Improved understanding of flow regime effects on design-influencing engineering quantities is of pri...