Add to ORKGAbstract In this work the status of computational modeling of bubbly flows is reviewed. The theory of four different models is introduced and typical examples are given illustrating the capabilities of these models. The volume of fluid model and the front tracking model are used to investigate the behavior of individual bubbles. It is found that both models are well suited to investigate the shape and transient behavior of individual bubbles. An Euler-Lagrange model is used to simulate the flow in a lab-scale bubble column, accounting for coalescence and break-up. The predicted bubble size distributions show reasonable agreement with experiments. However, better break-up models are necessary for further improvement. Finally an Euler-Euler m...
In this work we present a numerical model to predict the bubble size distribution in turbulent bubbl...
Gas-liquid bubbly flows exist in many engineering processes. However, limitations in understanding p...
In this work we present a numerical model to predict the bubble size distribution in turbulent bubbl...
Abstract In this work the status of computational modeling of bubbly flows is reviewed. The theory o...
In this work the status of computational modeling of bubbly flows is reviewed. The theory of four di...
In this work the status of computational modeling of bubbly flows is reviewed. The theory of four di...
In this work the status of computational modeling of bubbly flows is reviewed. The theory of four di...
In this work the status of computational modeling of bubbly flows is reviewed. The theory of four di...
In this work the concept of multi-scale modeling is demonstrated. The idea of this approach is to us...
In this work the concept of multi-scale modeling is demonstrated. The idea of this approach is to us...
In this work the concept of multi-scale modeling is demonstrated. The idea of this approach is to us...
In this work the concept of multi-scale modeling is demonstrated. The idea of this approach is to us...
In this paper, modelling gas-liquid bubbly flows is achieved by the introduction of a population bal...
Many flow regimes in Nuclear Reactor Safety Research are characterized by multiphase flows, with one...
Many flow regimes in Nuclear Reactor Safety Research are characterized by multiphase flows, with one...
In this work we present a numerical model to predict the bubble size distribution in turbulent bubbl...
Gas-liquid bubbly flows exist in many engineering processes. However, limitations in understanding p...
In this work we present a numerical model to predict the bubble size distribution in turbulent bubbl...
Abstract In this work the status of computational modeling of bubbly flows is reviewed. The theory o...
In this work the status of computational modeling of bubbly flows is reviewed. The theory of four di...
In this work the status of computational modeling of bubbly flows is reviewed. The theory of four di...
In this work the status of computational modeling of bubbly flows is reviewed. The theory of four di...
In this work the status of computational modeling of bubbly flows is reviewed. The theory of four di...
In this work the concept of multi-scale modeling is demonstrated. The idea of this approach is to us...
In this work the concept of multi-scale modeling is demonstrated. The idea of this approach is to us...
In this work the concept of multi-scale modeling is demonstrated. The idea of this approach is to us...
In this work the concept of multi-scale modeling is demonstrated. The idea of this approach is to us...
In this paper, modelling gas-liquid bubbly flows is achieved by the introduction of a population bal...
Many flow regimes in Nuclear Reactor Safety Research are characterized by multiphase flows, with one...
Many flow regimes in Nuclear Reactor Safety Research are characterized by multiphase flows, with one...
In this work we present a numerical model to predict the bubble size distribution in turbulent bubbl...
Gas-liquid bubbly flows exist in many engineering processes. However, limitations in understanding p...
In this work we present a numerical model to predict the bubble size distribution in turbulent bubbl...