AbstractClick With the computational fluid dynamics commercial software fluent, the improved RNG k-ɛ two- equation mode and the mixture multiphase model are used to simulate the fluid velocity distribution under different boundary conditions in a vertical-flow sedimentation tank, analysis and comparison of changes in boundary conditions of the flow field on the impact of sedimentation tanks. Results indicate that reflector ignored or not and the size of the entrance velocity have a greater impact on the distribution of flow filed in a vertical-flow sedimentation tank, sludge particles have different velocity on the different heights of the horizontal surface
AbstractA two-phase model for the simulation of sedimentation processes is presented. The model solv...
It is essential to have a uniform and calm flow field for a settling tank to have high performance. ...
A two-phase model for the simulation of sedimentation processes is presented. The model solves the c...
AbstractClick With the computational fluid dynamics commercial software fluent, the improved RNG k-ɛ...
Sedimentation tanks are designed for removal of floating solids in water flowing through the water t...
This study describes the development and application of a mathematical model of the two-phase flow r...
A secondary circular settling tank (SCST) with low hydraulic load was numerically analyzed. A transi...
A numerical model and measurements of flow and settling in activated sludge suspension is presented....
Secondary sedimentation tanks are one of the most important parts of water treatment plants. In thes...
This work aim at introduce basic knowledge of CFD and it’s application in optimization of sedimentat...
Computational Fluid Dynamics modeling has been applied to examine the hydrodynamic behavior of water...
The investigation on sediment transport in tanks is mainly for optimizing the design of tank in stor...
The CFD simulation tool ComFLOW is applied to study the effect of tank motions on two-phase flow phe...
Aeration Tank Settling is a control method alowing settling in the process tank during high hydrauli...
A study of the behaviour of sedimentation basins was conducted using both numerical and experimental...
AbstractA two-phase model for the simulation of sedimentation processes is presented. The model solv...
It is essential to have a uniform and calm flow field for a settling tank to have high performance. ...
A two-phase model for the simulation of sedimentation processes is presented. The model solves the c...
AbstractClick With the computational fluid dynamics commercial software fluent, the improved RNG k-ɛ...
Sedimentation tanks are designed for removal of floating solids in water flowing through the water t...
This study describes the development and application of a mathematical model of the two-phase flow r...
A secondary circular settling tank (SCST) with low hydraulic load was numerically analyzed. A transi...
A numerical model and measurements of flow and settling in activated sludge suspension is presented....
Secondary sedimentation tanks are one of the most important parts of water treatment plants. In thes...
This work aim at introduce basic knowledge of CFD and it’s application in optimization of sedimentat...
Computational Fluid Dynamics modeling has been applied to examine the hydrodynamic behavior of water...
The investigation on sediment transport in tanks is mainly for optimizing the design of tank in stor...
The CFD simulation tool ComFLOW is applied to study the effect of tank motions on two-phase flow phe...
Aeration Tank Settling is a control method alowing settling in the process tank during high hydrauli...
A study of the behaviour of sedimentation basins was conducted using both numerical and experimental...
AbstractA two-phase model for the simulation of sedimentation processes is presented. The model solv...
It is essential to have a uniform and calm flow field for a settling tank to have high performance. ...
A two-phase model for the simulation of sedimentation processes is presented. The model solves the c...