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Flow boiling in an annular gap close to DNB

Flow boiling in an annular gap close to DNB

Autor

Florian Kaiser, Stephan Gabriel

Genre

Sonstiges

Beschreibung

DNB occurs in various technical systems where flow boiling plays a role.
However, its mechanism is not yet sufficiently understood. In a video series the flow boiling in an annular gap is shown for different thermohydraulic conditions.
This makes it possible to get a visual impression on the basis of which models and theories can be compared.
The pictures were taken at the test stand COSMOS-L of the Institute for Thermal Energy Technology and Safety (ITES).
Further information is available at:
http://www.ites.kit.edu/128.php

Fachgebiet

Energietechnik

Lizenz

Creative Commons Namensnennung 4.0 International

Hinweis

Die Beiträge dieser Serie können Sie als Podcast abonnieren.

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COSMOS-L: Flow during Critical Heat Flux
COSMOS-L: Flow during Critical Heat Flux
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G600P2000 - 50% of CHF power
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G600P2000 - 50% of CHF power
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G400P1200 - 75% of CHF power
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G400P1200 - 75% of CHF power
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G400P1200 - 50% of CHF power
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G400P1200 - 50% of CHF power
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G600P2000 - 75% of CHF power
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G600P2000 - 75% of CHF power
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G600P2000 - 90% of CHF power
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G600P2000 - 90% of CHF power
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G600P2000: macroscopic view
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G600P2000: macroscopic view
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G400P2000: macroscopic view
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G400P2000: macroscopic view
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G400P1200: macroscopic view
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G400P1200: macroscopic view
COSMOS-L: Forced convection boiling in a concentric annular gap - T65G400P2000: macroscopic view
COSMOS-L: Forced convection boiling in a concentric annular gap - T65G400P2000: macroscopic view
COSMOS-L: Forced convection boiling in a concentric annular gap - T65G400P2000 - 90% of CHF power
COSMOS-L: Forced convection boiling in a concentric annular gap - T65G400P2000 - 90% of CHF power
COSMOS-L Forced Convection boiling in a concentric annular gap - T80G400P1200 - 90% of CHF power
COSMOS-L Forced Convection boiling in a concentric annular gap - T80G400P1200 - 90% of CHF power
COSMOS-L Forced Convection boiling in a concentric annular gap - T80G400P2000 - 50% of CHF power
COSMOS-L Forced Convection boiling in a concentric annular gap - T80G400P2000 - 50% of CHF power
COSMOS-L Forced Convection boiling in a concentric annular gap - T80G400P2000 - 75% of CHF power
COSMOS-L Forced Convection boiling in a concentric annular gap - T80G400P2000 - 75% of CHF power
COSMOS-L Forced Convection boiling in a concentric annular gap - T80G400P2000 - 90% of CHF power
COSMOS-L Forced Convection boiling in a concentric annular gap - T80G400P2000 - 90% of CHF power