FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4287960393> ?p ?o ?g. }

• W4287960393 abstract "In this work we study microwimmers, whether colloids or polymers, embedded in bulk or in confinement. We explicitly consider hydrodynamic interactions and simulate the swimmers via an implementation inspired by the squirmer model. Concerning the surrounding fluid, we employ a Dissipative Particle Dynamics scheme. Differently from the Lattice-Boltzmann technique, on the one side this approach allows us to properly deal not only with hydrodynamics but also with thermal fluctuations. On the other side, this approach enables us to study microwimmers with complex shapes, ranging from spherical colloids to polymers. To start with, we study a simple spherical colloid. We analyze the features of the velocity fields of the surrounding solvent, when the colloid is a pusher, a puller or a neutral swimmer either in bulk or confined in a cylindrical channel. Next, we characterise its dynamical behaviour by computing the mean square displacement and the long time diffusion when the active colloid is in bulk or in a channel (varying its radius) and analyze the orientation autocorrelation function in the latter case. While the three studied squirmer types are characterised by the same bulk diffusion, the cylindrical confinement considerably modulates the diffusion and the orientation autocorrelation function. Finally, we focus our attention on a more complex shape: an active polymer. We first characterise the structural features computing its radius of gyration when in bulk or in cylindrical confinement, and compare to known results obtained without hydrodynamics. Next, we characterise the dynamical behaviour of the active polymer by computing its mean square displacement and the long time diffusion. On the one hand, both diffusion and radius of gyration decrease due to the hydrodynamic interaction when the system is in bulk. On the other hand, the effect of confinement is to decrease the radius of gyration, disturbing the motion of the polymer and thus reducing its diffusion." @default.
• W4287960393 created "2022-07-26" @default.
• W4287960393 creator A5004099682 @default.
• W4287960393 creator A5019459851 @default.
• W4287960393 creator A5039483746 @default.
• W4287960393 creator A5056655133 @default.
• W4287960393 creator A5070467481 @default.
• W4287960393 date "2022-07-22" @default.
• W4287960393 modified "2023-09-30" @default.
• W4287960393 title "Simulating Microswimmers Under Confinement With Dissipative Particle (Hydro) Dynamics" @default.
• W4287960393 cites W1573559725 @default.
• W4287960393 cites W1759963762 @default.
• W4287960393 cites W1898623716 @default.
• W4287960393 cites W1975467090 @default.
• W4287960393 cites W1979362776 @default.
• W4287960393 cites W1981410769 @default.
• W4287960393 cites W1983258441 @default.
• W4287960393 cites W1993793341 @default.
• W4287960393 cites W1996224306 @default.
• W4287960393 cites W2018763953 @default.
• W4287960393 cites W2019465613 @default.
• W4287960393 cites W2023174005 @default.
• W4287960393 cites W2025902807 @default.
• W4287960393 cites W2030891958 @default.
• W4287960393 cites W2031432225 @default.
• W4287960393 cites W2032655419 @default.
• W4287960393 cites W2033430526 @default.
• W4287960393 cites W2043282179 @default.
• W4287960393 cites W2066187444 @default.
• W4287960393 cites W2075248180 @default.
• W4287960393 cites W2075843817 @default.
• W4287960393 cites W2080999854 @default.
• W4287960393 cites W2084652263 @default.
• W4287960393 cites W2087568899 @default.
• W4287960393 cites W2093310284 @default.
• W4287960393 cites W2101987193 @default.
• W4287960393 cites W2118356919 @default.
• W4287960393 cites W2122468689 @default.
• W4287960393 cites W2130405167 @default.
• W4287960393 cites W2132820483 @default.
• W4287960393 cites W2144084084 @default.
• W4287960393 cites W2144868311 @default.
• W4287960393 cites W2151561949 @default.
• W4287960393 cites W2154575853 @default.
• W4287960393 cites W2169545388 @default.
• W4287960393 cites W2277966656 @default.
• W4287960393 cites W2345161806 @default.
• W4287960393 cites W2508521271 @default.
• W4287960393 cites W2517162880 @default.
• W4287960393 cites W2523259761 @default.
• W4287960393 cites W2584426873 @default.
• W4287960393 cites W2770579810 @default.
• W4287960393 cites W2770651861 @default.
• W4287960393 cites W2803143339 @default.
• W4287960393 cites W2803571554 @default.
• W4287960393 cites W2905252751 @default.
• W4287960393 cites W2934014565 @default.
• W4287960393 cites W2981696677 @default.
• W4287960393 cites W3000912672 @default.
• W4287960393 cites W3005821439 @default.
• W4287960393 cites W3011509888 @default.
• W4287960393 cites W3045014512 @default.
• W4287960393 cites W3052310771 @default.
• W4287960393 cites W3098436986 @default.
• W4287960393 cites W3098869868 @default.
• W4287960393 cites W3099079468 @default.
• W4287960393 cites W3099132726 @default.
• W4287960393 cites W3101717421 @default.
• W4287960393 cites W3101773022 @default.
• W4287960393 cites W3103582174 @default.
• W4287960393 cites W3105075277 @default.
• W4287960393 cites W3106185196 @default.
• W4287960393 cites W3106339744 @default.
• W4287960393 cites W3109310292 @default.
• W4287960393 cites W3112694254 @default.
• W4287960393 cites W3133996738 @default.
• W4287960393 cites W3159441476 @default.
• W4287960393 cites W3169952205 @default.
• W4287960393 cites W3195639888 @default.
• W4287960393 cites W3212750735 @default.
• W4287960393 cites W4205968416 @default.
• W4287960393 cites W4214931293 @default.
• W4287960393 cites W4244128510 @default.
• W4287960393 doi "https://doi.org/10.3389/fphy.2022.926609" @default.
• W4287960393 hasPublicationYear "2022" @default.
• W4287960393 type Work @default.
• W4287960393 citedByCount "0" @default.
• W4287960393 crossrefType "journal-article" @default.
• W4287960393 hasAuthorship W4287960393A5004099682 @default.
• W4287960393 hasAuthorship W4287960393A5019459851 @default.
• W4287960393 hasAuthorship W4287960393A5039483746 @default.
• W4287960393 hasAuthorship W4287960393A5056655133 @default.
• W4287960393 hasAuthorship W4287960393A5070467481 @default.
• W4287960393 hasBestOaLocation W42879603931 @default.
• W4287960393 hasConcept C105795698 @default.
• W4287960393 hasConcept C107551265 @default.
• W4287960393 hasConcept C119887631 @default.
• W4287960393 hasConcept C121332964 @default.
• W4287960393 hasConcept C121864883 @default.
• W4287960393 hasConcept C147789679 @default.

• next