|Title:||Euler-Lagrange Simulations of Turbulent Two-phase Flows with an Advanced Deterministic Bubble Coalescence Model||Authors:||Breuer, Michael
|Language:||eng||Keywords:||Universitätsbibliographie||Issue Date:||2017||Publisher:||Wiley-VCH||Document Type:||Article||Journal / Series / Working Paper (HSU):||Proceedings in Applied Mathematics and Mechanics (PAMM)||Volume:||17||Issue:||1||Page Start:||655||Page End:||656||Publisher Place:||Weinheim [u.a.]||Abstract:||
The present paper is concerned with an advanced version of the deterministic coalescence model  and its application to turbulent bubble-laden flows. The major drawback of this film drainage model - its incapability to handle large numbers of coalescence processes - is avoided by an a-priori determination of a parametric relation for the transition time between the main drainage mechanisms. The comparison with experimental results yields a good overall agreement, while the application to a downward pipe flow demonstrates the ability of the model to efficiently handle large numbers of coalescence processes.
|Organization Units (connected with the publication):||Strömungsmechanik||Publisher DOI:||10.1002/pamm.201710296|
|Appears in Collections:||Publications of the HSU Researchers|
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