August 10th, 10:50 AM EDT - 11:50 AM EDT

Technical

[{"firstName":"Michael","lastName":"Kinzel","email":"michael.kinzel@ucf.edu","company":null},{"firstName":"Robert","lastName":"Kunz","email":"rfk102@psu.edu","company":null},{"firstName":"Bertrand","lastName":"Rollin","email":"rollin1@llnl.gov","company":"Lawrence Livermore National Laboratory"},{"firstName":"William","lastName":"Straka","email":"was107@arl.psu.edu","company":"Penn State University"}]

4-01 In the Numerical Methods for Multiphase Flows topic, sponsored by the Multiphase Flow Technical Committee, we aim to share ideas regarding the development of numerical methods relevant to multiphase fluid flows. This topic is open to papers and presentations on numerical methods involving Eulerian/Eulerian (multifluid or homogeneous) or Eulerian/Lagrangian numerical methods. Some examples of Eulerian/Eulerian may include: interface tracking methods such as Volume of Fluid (VOF) and level set approaches, drag formulations and closure models. For Eulerian/Lagrangian topics, some examples may include: Particle in Cell (PIC), particle tracers and Lagrangian interface methods. The topic is open to analytical verification as well as applications spanning incompressible and compressible flows involving: sprays, bubbly flows, atomization, fluidized beds, particle laden flows, Rayleigh-Taylor, Richtmyer-Meshkov and Kelvin-Helmholtz instabilities, among others.
4-03 For the Cavitation Topic area, sponsored by the Multiphase Flow Technical Committee, authors and presenters are invited to participate in this event to promote the discussion, understanding and information exchange on topics relating to cavitation. Authors are encouraged to present results and ideas that are complete for formal presentations or archival publication, as well as works in progress. Papers are solicited on topics related to cavitation research. Papers addressing the following are especially welcome: cavitation in rotating machines, propellers, valves or injectors, cavitation on foils and bodies, nucleation, inception, and cavitation related erosion. Subjects can include theoretical, computational, and experimental research. This includes related instrumentation, as well as practical-experience aspects on the above topics.

Presentations