KIT - Karlsruhe Institute of Technology
image/svg+xml
Institute for Applied Thermofluidics (IATF)
skip navigation
Home
Legals
Privacy Policy
Accessibility
Sitemap
KIT
de
search
search
Professorship Innovative Nuclear Systems
Start
Professorship Innovative Nuclear Systems
Professorship Innovative Nuclear Systems
Staff
work groups
Research
Start
Professorship Innovative Nuclear Systems
Research
Research
Topics
Projects
Equipment & Technology
Publications
Dissertationes
Verbundprojekt CPC-HD
Start
Professorship Innovative Nuclear Systems
Research
Verbundprojekt CPC-HD
Verbundprojekt CPC-HD
Teilprojekte
Arbeitspakete
Veröffentlichungen
Neuigkeiten
Studies
Start
Professorship Innovative Nuclear Systems
Studies
Studies
Bachelor-, Master- Theses
FAQ studentische Arbeiten
Seminar
Other
Professorship Fusion and Reactor Technology
Start
Professorship Fusion and Reactor Technology
Professorship Fusion and Reactor Technology
Fusion and Reactor Technology
Start
Professorship Fusion and Reactor Technology
Fusion and Reactor Technology
Fusion and Reactor Technology
Bachelor/Master/Doktorarbeiten
Reactor Dynamic and Safety
Start
Professorship Fusion and Reactor Technology
Reactor Dynamic and Safety
Reactor Dynamic and Safety
Research
Teaching
Staff
Bachelor/Master Theses
Doctoral Theses
Lectures
Start
Lectures
Lectures
Exchange programmes
Start
Lectures
Exchange programmes
Exchange programmes
Austauschprogramme
Bachelor- und Masterthesen
Excursion
Mentor Program
Job Offers
Start
Job Offers
Job Offers
Professorship Innovative Reaktor Systems
Professorship Fusion and Reactor Technology
Directions
Startpage
Home
Legals
Privacy Policy
Accessibility
Sitemap
search
search
Institute for Applied Thermofluidics (IATF)
Startpage
Professorship Innovative Nuclear Systems
Staff
Startseite
Professorship Innovative Nuclear Systems
Professorship Fusion and Reactor Technology
Lectures
Job Offers
Directions
Professorship Innovative Nuclear Systems
Staff
work groups
Research
Studies
Other
Staff
N.
N.
Vincent-Prießnitz-Straße, 3
76131 Karlsruhe
Research task
CFD simulation of bubbly flow under pool scrubbing condition
Numerical simulation of bubble shape and interfacial area based on VOF method.
Numerical simulation of aerosol transport behavior inside bubble under pool scrubbing condition
.
Projects
title
contact
Integration of Pool Scrubbing Research to Enhance Source-term Calculations (IPRESCA)
Zhonkai Mei