Large Solid-Body Rotation Rates in Turbulent Flows

Matteo Andres
Matteo Andres

Fairfield, Connecticut
Fairfield Warde High School
Wesleyan Class of 2024
Physics, Astronomy, IDEAS
Running, Tennis, Chess
Undecided

Abstract: We expand on existing work and study the angular dynamics of isotropic and anisotropic particles in turbulence, and demonstrate capabilities in measuring the various quantities involved in these dynamics.  We examine the shape-dependence of particle dynamics in turbulence by looking at disc-like triads and spherical tetrads. We see that large particles behave differently than expected tracer spheroids. Furthermore, we investigate particle alignment with the angular velocity, angular acceleration, and translational acceleration under various conditions such as extreme rotation power events.

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