Gyrotactic swimmers in oscillatory channel flow gain a tunable mean drift, enhanced axial and lateral dispersion, and species separation, while quasi-steady Taylor-dispersion closures fail at high Womersley numbers.
Individual and collective fluid dynamics of swimming cells
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Fine-tuning the dispersion of active suspensions with oscillatory flows
Gyrotactic swimmers in oscillatory channel flow gain a tunable mean drift, enhanced axial and lateral dispersion, and species separation, while quasi-steady Taylor-dispersion closures fail at high Womersley numbers.