August 12th, 10:50 AM EDT - 11:50 AM EDT

Technical

[{"firstName":"Mark R","lastName":"Duignan","email":"mark.duignan@srnl.doe.gov","company":"SRNL"},{"firstName":"Robert","lastName":"Kunz","email":"rfk102@psu.edu","company":null},{"firstName":"Bertrand","lastName":"Rollin","email":"rollin1@llnl.gov","company":"Lawrence Livermore National Laboratory"},{"firstName":"Marianne","lastName":"Francois","email":"mmfran@lanl.gov","company":"Los Alamos National Laboratory"},{"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"}]

4-09 The Erosion, Slurry, and Sedimentation Topic, sponsored by the Multiphase Flow Technical Committee, encompasses studies on erosion and corrosion in solid-liquid, gas-liquid, and three phase flows. Additionally it includes studies on flows of slurry through various geometries and machinery, rheological studies, as well as the deposition of solid particles in slurry, gas-solid, and three phase flows. Includes but is not limited to flows through pumps, tanks, pipes, cyclones, elbows, fluidized beds, and turbines. Both computational and experimental studies fall under the purview of this topic, which includes both dense and dilute flows.
4-15 To apply for the 2021 Graduate Student Scholarship for the Multiphase Flow Technical Committee. Please see the Graduate Student Scholarship Program description for additional details.

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