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Showing 1 to 5 of 5 for “"Stokeslets"”.

  1. Modeling of the dynamics of autonomous catalytic nanomotors using the method of regularized stokeslets

    … accurately captured by the method of Regularized Stokeslets. We also account for solid-frictional forces and torques from the substrate, as prescribed by an established velocity-dependent friction model for micro/nanoscale friction. To explain random deviations, the Brownian fluctuations are …

    uiuc Repository record for Modeling of the dynamics of autonomous catalytic nanomotors using the method of regularized stokeslets (opens in a new tab)

  2. Novel Bioinspired Pumping Models for Microscale Flow Transport

    … In this study, both theoretical analysis and Stokeslets-meshfree computational methods are used to solve for the 2D and 3D viscous flow transport in several micro-geometries (tubes, channels and networks) with prescribed moving wall contractions. The derived theoretical analysis is based on …

    vt Repository record for Novel Bioinspired Pumping Models for Microscale Flow Transport (opens in a new tab)

  3. A novel boundary element method for low Reynolds number external flow of biological fluid dynamics

    … The other methods are: representations using stokeslets (that suffer from Stokes' paradox giving an unbounded velocity); Lamb's (Lamb, 1932) treatment; Yano and Kieda's Oseen flow treatment (Yano & Kieda, 1980); and the matched asymptotic formulations of Kaplun (Kaplun & Lagerstrom, 1957) and …

    salford Repository record for A novel boundary element method for low Reynolds number external flow of biological fluid dynamics (opens in a new tab)

  4. Dynamic and structural basis of complex behaviour in a ciliated unicellular organism

    … minimal model based on the superposition of four stokeslets which captures the key features of the fluid profile while remaining computationally scalable. We then investigate how the presence of a nearby boundary alters this organism’s behaviour. Leveraging electron and expansion microscopy …

    exeter

  5. A computational framework for the large scale simulation of the dynamics of highly flexible filaments in a viscous flow

    … bodies can be approximated by a distribution of Stokeslets. We use GPU resources to solve the dense system generated by the fluid model and push the scale to a cloud of 𝑂(500) flexible filaments. Additionally, to address the numerical instabilities observed as filaments come close to each other, …

    mit Repository record for A computational framework for the large scale simulation of the dynamics of highly flexible filaments in a viscous flow (opens in a new tab)