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

Technical

[{"firstName":"Lyes","lastName":"Khezzar","email":"lyes.khezzar@ku.ac.ae","company":"Khalifa University of Science and Technology"},{"firstName":"Jun","lastName":"Chen","email":"junchen@purdue.edu","company":"Purdue Univ"},{"firstName":"Deify","lastName":"Law","email":"dlaw@csufresno.edu","company":"California State University, Fresno"},{"firstName":"Navid","lastName":"Goudarzi","email":"donotuse_Navid.Goudarzi@uncc.edu","company":"university of North Carolina at Charlotte"},{"firstName":"Suraj Jain","lastName":"Megharaja","email":"surajjai@buffalo.edu","company":"University At Buffalo"},{"firstName":"Kamran","lastName":"Siddiqui","email":"ksiddiq@uwo.ca","company":"University of Western Ontario"}]

This topic concerns all aspects of current research that aid in increasing the understanding and control of turbulent flows as they happen across different application domains. Papers can include experimental, numerical or theoretical works where turbulence is the dominant mode of transfer of momentum, heat and mass. Topics can cover, stability of turbulent flows, numerical modelling of internal and external flows based on RANS, LES or DNS, flows under the influence of body forces such as electromagnetic fields or rotation, drag reduction, jet flows, confined flows, unsteady flows with or without heat and mass transfer.

Presentations