Media Summary: Same as the colour version but in black and white so the tracer particles don't fade away as the induced velocity magnitude ... Vortex leapfrogging: numerical solution of vortex dynamical equations Re = 1e5 180 particles on each ring. Dimensionless inputs: Radius of each ring = 1.0 Circulation ( Γ) = 1.0 dt = 0.1.
4 Vortex Leapfrogging - Detailed Analysis & Overview
Same as the colour version but in black and white so the tracer particles don't fade away as the induced velocity magnitude ... Vortex leapfrogging: numerical solution of vortex dynamical equations Re = 1e5 180 particles on each ring. Dimensionless inputs: Radius of each ring = 1.0 Circulation ( Γ) = 1.0 dt = 0.1. Additional results from Narain et al., "A Second-Order Advection-Reflection Solver", 2019 Joukowsky (1912) deduced that any number of equal helical
