Media Summary: T=0, 5000 frames, time step = 0.01, no pinning, randomly seeded. Affiliation: Brown University Abstract: The starting point of our investigation is the effective field theory of a two-dimensional Abrikosov vortex lattice in Type II superconductors
Vortex Lattice 2x2 Model - Detailed Analysis & Overview
T=0, 5000 frames, time step = 0.01, no pinning, randomly seeded. Affiliation: Brown University Abstract: The starting point of our investigation is the effective field theory of a two-dimensional Abrikosov vortex lattice in Type II superconductors Try taking it a step further on your own and wrap a full airfoil body with Computer simulation of fluid dynamics using a nonlinear unsteady UVLM with wake rollup following the procedure described in "Low Speed Aerodynamics" (Katz & Plotkin, 2001).
Coupling and testing the capabilities of both my vortex particle and DynaFlight software suite: UVLM implementation with wake relaxation algorithm.
