Recent Advances in Fluid Mechanics: Feature Papers

doi:10.3390/books978-3-0365-2001-8

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Keywords

streamwise turbulence intensity definitions; Princeton Superpipe measurements; smooth- and rough-wall pipe flow; friction factor; computational fluid dynamics boundary conditions; Pickering; emulsion; suspension; droplet; nanoparticles; creaming; sedimentation; drift flux; Stokes law; contact angle; complex analysis methods; flow path models; pressure depletion; drained Rock volume; time of flight; complex potential; stream function; potential function; flow in porous media; flow in natural fracture systems; dragonfly wing; high lift force generation; partial advanced motion; vortex dynamics; hovering motion; turbulent flow; Rapid Distortion Theory; compressible flow; aeroacoustics; shear flow; mixtures; Fourier’s heat conduction; heat flux vector; continuum theory; Clausius-Duhem inequality; hydrodynamic dispersion; porous media; Lagrangian length scale; Lagrangian time scale; lattice Boltzmann method; Lagrangian Peclet number; sloshing; magnetizing force; liquid oxygen; fuel tank; computation; structure function; Kolmogorov scaling; premixed turbulent flames; direct numerical simulations; experiment; benchmark; validation; aeroelasticity; fluid-structure interaction; flexible; filament; ribbon; string; NARMAX; control; lift; drag; NACA 0015; k-ε model; freestream turbulence; resolved turbulence; synthetic turbulence; control loop; jet impingement; fountain formation; turbulence models; thermodynamics; compressible dilute polymeric fluids; stability; CFD; buildings; outdoor platform; skygarden; skycourts; wind comfort; Boussinesq assumption; eddy viscosity hypothesis; drag reduction; polymers; superhydrophobic surfaces; Taylor–Couette turbulence; potential flows; vortex dynamics; free streamlines; numerical methods; Stokes flow; Lamb solution; spherical harmonics; hemispheric Legendre functions; Marangoni and thermocapillary flows; two-layer; shallow water; hyperbolic systems; drag effects; gas dispersal; experiments; blinking vortex; chaotic advection; mixing; Eulerian indicators; laminar flow; stirring; streamline crossing; large eddy simulation; commutation error; dynamic modelling; scale similarity model; a-priori analysis; hydrodynamics; incompressible flows; particle methods; remeshing; semi-Lagrangian vortex methods; vortex methods; Vortex-Particle-Mesh methods; vorticity; wake dynamics; n/a

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Recent Advances in Fluid Mechanics: Feature Papers

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October 2021

560 pages

ISBN978-3-0365-2000-1 (Hardback)
ISBN978-3-0365-2001-8 (PDF)

https://doi.org/10.3390/books978-3-0365-2001-8

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This is a Reprint of the Special Issue Recent Advances in Fluid Mechanics: Feature Papers that was published in

Engineering

Physical Sciences

Summary

This Special Issue is a collection of top-quality papers from some of the Editorial Board Members of Fluids, Guest Editors, and leading researchers discussing new knowledge or new cutting-edge developments on all aspects of fluid mechanics. Research in turbulence continues to be one of the active areas; other papers focus on mixing, multiphase flows and porous media, slow (creeping) flows, potential flows, non-Newtonian fluids, fluid-structure interaction, and numerical methods.

flows, potential flows, non-Newtonian fluids, fluid-structure interaction, and numerical methods.