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Non-Newtonian Microfluidics

Resumen/Descripción – provisto por la editorial

No disponible.

Palabras clave – provistas por la editorial

microfluidics; Janus droplet; OpenFOAM; volume of fluid method; adaptive dynamic mesh refinement; shear-thinning fluid; electroosmosis; elastic instability; non-Newtonian fluid; Oldroyd-B model; electroosmotic flow; micromixing performance; heterogeneous surface potential; wall obstacle; power-law fluid; bvp4c; RK4 technique; brownian motion; porous rotating disk; maxwell nanofluid; thermally radiative fluid; von karman transformation; hybrid nanofluid; entropy generation; induced magnetic field; convective boundary conditions; thermal radiations; stretching disk; viscoelastic material; group similarity analysis; thermal relaxation time; parametric investigation; variable magnetic field; error analysis; viscoelastic fluid; microfluid; direction-dependent; viscous dissipation; chemical reaction; finite element procedure; hybrid nanoparticles; heat and mass transfer rates; joule heating; tri-hybrid nanoparticles; Soret and Dufour effect; boundary layer analysis; finite element scheme; heat generation; constructive and destructive chemical reaction; particle separation; viscoelastic flow; inertial focusing; spiral channel; transient two-layer flow; power-law nanofluid; heat transfer; Laplace transform; nanoparticle volume fraction; effective thermal conductivity; fractal scaling; Monte Carlo; porous media; power-law model; bioheat equation; human body; droplet deformation; viscoelasticity; wettable surface; dielectric field; droplet migration; wettability gradient; n/a

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Información

Tipo de recurso:

libros

ISBN electrónico

978-3-0365-4641-4

País de edición

Suiza