Benchmark DEBORA: Assessment of MCFD compared to high-pressure boiling pipe flow measurements

Author:

Bois G.ORCID,Fillion P.ORCID,François F.ORCID,Burlot A.ORCID,Ali A. Ben Hadj,Khaware A.ORCID,Sanyal J.,Rehm M.,Farges B.,Vinauger F.,Ding W.ORCID,Gajšek A.ORCID,Tekavčič M.ORCID,Končar B.ORCID,Corre J.-M. LeORCID,Li H.,Härlin R.,Jaseliūnaitė J.ORCID,Baglietto E.ORCID,Brewster R.ORCID,Ding A.ORCID,Vlček D.ORCID,Sato Y.ORCID,Xiong J.,Wang H.,Luo H.ORCID,Vyskocil L.ORCID,Hovi V.

Publisher

Elsevier BV

Reference126 articles.

1. Ansys fluent® user’s guide, release 21.2;Ansys,2021

2. Ansys fluent® theory guide, release 2022.;Ansys,2022

3. Analysis of phase distribution in fully developed laminar bubbly two-phase flow;Antal;Int. J. Multiph. Flow,1991

4. Demonstration and assessment of advanced modeling capabilities for multiphase flow with sub-cooled boiling;Baglietto,2013

5. Wall Heat Flux Partitioning during subcooled flow boiling: Part II - model validation;Basu;J. Heat Transfer,2005

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