Result: Development of numerical models for conjugate heat transfer, phase change, and non-condensable gas effects: validation against single bubble growth in microgravity

*Title*:

Development of numerical models for conjugate heat transfer, phase change, and non-condensable gas effects: validation against single bubble growth in microgravity / Johannes Kind, Axel Sielaff, Peter Stephan

*Author/editor-in-chief*:

Kind, Johannes (Verfasser) ; Sielaff, Axel (Verfasser) ; Stephan, Peter (Verfasser)

*Published in*:

Physics of fluids. - [Erscheinungsort nicht ermittelbar] : American Institute of Physics, 1994-. - Online-Ressource. - ISSN 1089-7666. - Band 37, Heft 12 (2025), Artikel-ID: 122103
*show_all_articles*

*Publication*:

Melville, NY : AIP Publishing, 2025

*Format*:

*eArticle*

*Language*:

*eng*

*DOI*:

10.1063/5.0303652

*oa_rights*:

Open Access
CC BY 4.0

*Result*: Development of numerical models for conjugate heat transfer, phase change, and non-condensable gas effects: validation against single bubble growth in microgravity

*Additional information*

*Additional functions*

Result: Development of numerical models for conjugate heat transfer, phase change, and non-condensable gas effects: validation against single bubble growth in microgravity

Additional information

Additional functions