Using a magneto-mechanical solid-fluid numerical model for permanently magnetic artificial cilia, we show that the metachronal motion of symmetrically beating cilia establishes a net pressure gradient in the direction of the metachronal wave, which creates a unidirectional flow. The flow generated is characterised as a function of the cilia spacing, the length of the metachronal wave, and a dimensionless parameter that characterises the relative importance of the viscous forces over the elastic forces in the cilia.
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Fluid flow due to collective non-reciprocal motion of symmetrically-beating artificial cilia
Khaderi, S. N.; den Toonder, J. M. J.; Onck, P. R.
Follow Biomicrofluidics
, Volume 6 (1)
American Institute of Physics – Mar 1, 2012
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