Mark MillerReynolds number dependence of coaxial rotor wakes in climb and hover
Pennsylvania State University
FDRC seminar series
Fall 2025
9:30 am ET · 125 Reber Building
Series organizer: Samuel Grauer
Anne RobertsonExploring the relationship between arterial wall structure and mechanical function in health and disease using advanced imaging techniques
University of Pittsburgh
Stewart MalloryFrom microscopic dynamics to material design in colloidal active matter
Pennsylvania State University
Cecilia Huertas-CerdeiraA cyber-physical platform for aeroelastic system characterization and its application to rigid inverted flags
University of Maryland, College Park
Banafsheh Seyed-AghazadehSymmetry breaking in fluid–structure interactions
University of Massachusetts Dartmouth
Emilian ParauHydroelastic waves and other wave–ice interactions
University of East Anglia
Ugo PiomelliNumerical simulations of turbulent flows over rough walls
Queen’s University
Elias BalarasDNS of turbulent boundary layers over biofouling-type roughness
George Washington University
Gokul PathikondaStructures in a turbulent boundary layer – their coherent transport behavior and unsteady response
Arizona State University
Ricardo VinuesaImproving turbulence control through explainable deep learning
University of Michigan
Peter OlmstedInstabilities and shear banding in polymeric fluids
Georgetown University
Kourosh ShoeleGeometrical methods in the theory and computation of fluid–structure interactions
Florida State University
Douglas CarterScale-space dynamics of homogeneous turbulence
Illinois Institute of Technology
Garett WarnerWhere is the updraft? The influence of heterogeneous surface heating on organized vertical motions within and above a sheared, unstable atmospheric boundary layer
Pennsylvania State University
Thanksgiving
No seminar
Alexandre da SilvaExploiting complex heat transfer phenomena: Supercritical working fluids and machines that learn boiling
Universidade Federal de Santa Catarina
Xiang YangThe engineering turbulence problem and a log(Re) data-driven multi-fidelity solution
Pennsylvania State University
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