кипениеFOAM
#openfoam #boiling #cfd #simulation #openfoam #bubbles #heattransfer #netzero #thermalmanagement | Mirco Magnini | 26 comments
3D simulation of nucleate boiling of water in the microlayer regime - boilingFOAM + blastAMR.
This video shows a steam bubble growing over a heated wall (Tsat=373 K; Twall=385 K). The simulation is done on #openfoam v2112 with our opensource solver boilingFOAM and uses the powerful library blastAMR, developed at TU Darmstadt, for adaptive mesh refinement with load balance.
The domain is 3D and we model 1/4 of the geometry with a 90 degree symmetry. The domain is a box of 0.8 mm, meshed with 80x
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#openfoam #boiling #cfd #simulation #openfoam #bubbles #heattransfer #netzero #thermalmanagement | Mirco Magnini | 26 comments
3D simulation of nucleate boiling of water in the microlayer regime - boilingFOAM + blastAMR.
This video shows a steam bubble growing over a heated wall (Tsat=373 K; Twall=385 K). The simulation is done on #openfoam v2112 with our opensource solver boilingFOAM and uses the powerful library blastAMR, developed at TU Darmstadt, for adaptive mesh refinement with load balance.
The domain is 3D and we model 1/4 of the geometry with a 90 degree symmetry. The domain is a box of 0.8 mm, meshed with 80x
www.linkedin.comкипениеFOAM
Кажется, что доработки openFOAM - это уже отдельная прикладная научная дисциплина. Вот тут, например, набор расширения для моделирования кипения и работы с адаптивными сетками.
Mirco Magnini on LinkedIn: #openfoam #boiling #cfd #simulation #openfoam #bubbles #heattransfer… https://www.linkedin.com/posts/mirco-magnini-5504886a_openfoam-boiling-cfd-ugcPost-7265304454382379008-xTQ8