Titlebook: Bubbly Flows; Analysis, Modelling Martin Sommerfeld Book 2004 Springer-Verlag Berlin Heidelberg 2004 aerated stirred vessel.air-lift loop

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Multi-Level Modelling of Dispersed Gas-Liquid Two-Phase Flows,e chemicals employing bubble column reactors. Despite their widespread industrial application the detailed understanding of the fluid mechanics prevailing in bubble column reactors is unfortunately lacking (.),which can be related to the inherent complexity of the underlying physical phenomena in (d

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Flow fields in bubble columns with mass transfer,eld in bubble columns numerically. The resulting transport equation for the arithmetic bubble volume is coupled with the balance equations for mass and momentum. The calculations are performed for three dimensional, in stationary flow fields in cylindrical bubble columns using the Euler-Euler approa

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X-ray computational tomography measurement of 3-phase flow in bubble columns,s. Local phase hold ups of all 3 phases are measured by X-ray tomography. An extended form of X-ray tomography is used, the dual energy technique. The proper operation of this technique is ensured by the choice of the examined materials and applied X-ray photonenergies. The high data resolution of t

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Euler/Lagrange Calculations of Gas-Liquid-Solid-Flows in Bubble Columns with Phase Interaction,lid)phase flows in a bubble column. The fluid phase flow was calculated based on the Euler approach by solving the three-dimensional Reynolds-averaged conservation equations in a time dependent way. The set of equations was closed using the standard k-.turbulenc emodel. Two-way coupling was accounte

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