August 11th, 12:50 PM EDT - 1:50 PM EDT

Technical

[{"firstName":"Timothy","lastName":"O'Hern","email":"ohernt@asme.org","company":"4-4 Topic Organizer and Sandia National Laboratory, retired"},{"firstName":"Robert","lastName":"Kunz","email":"rfk102@psu.edu","company":null},{"firstName":"Bertrand","lastName":"Rollin","email":"rollin1@llnl.gov","company":"Lawrence Livermore National Laboratory"},{"firstName":"Stanley","lastName":"Ling","email":"stanley_ling@sc.edu","company":"University of South Carolina"},{"firstName":"Zhongquan","lastName":"Zheng","email":"zzheng@usu.edu","company":"Utah State University"},{"firstName":"Philipp","lastName":"Epple","email":"philipp.epple@hs-coburg.de","company":"Coburg University of Applied Sciences"}]

4-04 The objective of the topic Gas-Liquid Flows, sponsored by the Multiphase Flow Technical Committee, is to provide a venue for the presentation of current experimental, theoretical and computational work in gas-liquid multiphase flows relevant to many systems of engineering interest. Measurements and predictions in such complex systems are particularly challenging and have attracted a great deal of attention over the years. The symposium will provide the opportunity for the presentation of results obtained from the use of novel measuring techniques, recent theoretical developments and models, as well as the latest computational algorithms.
Specific areas of interest include, but are not limited to:
• Hydrodynamic Modeling of gas-liquid flows
• Transport phenomena at phase interfaces
• Gas-liquid flow instabilities and control
• Instrumentation and measuring techniques
• Flow patterns and transitions
• Dynamics of bubbles, droplets and sprays
• Scaling of gas-liquid flow systems
• Phenomena in multi-component two-phase flows
• Turbulence in gas-liquid flows
• Industrial applications of gas-liquid flows
• Gas-liquid flows in micro-gravity environments
• Gas-liquid flows in micro-fluidic geometries and systems
• Numerical simulations of gas-liquid flows

Presentations