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22 Jan 2019: Cohen,Graphene-based bimorphs for micron-sized, autonomous origami machines. Proc. Natl.Acad. Sci. U.S.A. ... Gao, J. Wang, E. Lauga, High-speed propulsion of flexible nanowire motors:Theory and experiments.

28 Mar 2014: 5.1. Rigid versus flexible. We display in figures 5(a) and (b) the typical profiles ofthe net fluid velocity field during an oscillation cycle fortwo distinctively different flappers, rigid (a) ... However, a morein depth study is needed to assess the

26 Jul 2013: Synchronization of flexible sheets 171. 100 200 300 400 500 600 700 8000. ... Phil. Trans.R. Soc. Lond. 177, 157–234. Synchronization of flexible sheets 173.

26 Jul 2013: propeller based on a flexible filament, made of paramagnetic. beads linked by DNA, and attached to a red blood cell. ... View Online. These flexible nanomotors demonstrate a number of advantages:. first, the fabrication process is relatively simple and

26 Jul 2013: swimmer. In particular, theorypredicts an optimal dimensionless tail length as both short,stiff tails and long, flexible tails produce negligible nettranslation8—the first is ineffective owing to “the scalloptheorem”1 and ... We first display in Fig

26 Jul 2013: fluid. As the swimmer moves its head sideways, a net forward motion is produced. ... Video 1 shows a typical magnetic. swimmer with a flexible tail, in a Boger fluid.

2 Sep 2012: swimmer. In particular, theorypredicts an optimal dimensionless tail length as both short,stiff tails and long, flexible tails produce negligible nettranslation8—the first is ineffective owing to “the scalloptheorem”1 and ... We first display in Fig

19 Jan 2012: and are predicted to display suppressed thermal fluctuations in the extensional regime and a buckling. ... Generalization of these issues toconcentrated suspensions of flexible filaments is a chal-lenging open problem.

30 Oct 2019: An explicit formula for the flow from anyregularized stokeslet is first derived, which is shown to simplify for spherically symmetricblobs. ... Theseminimize the error produced by regularization while keeping a form which is computationallysimple.

3 Oct 2013: Many eukaryotic cells use the active waving motion of flexible flagella to self-propelin viscous fluids. ... First, the calculatedshapes can be compared with the results of past optimization studies.