Turbulence

Illustrates aspects of turbulence, including the effect of Reynolds number on inception and on turbulent flows increased pressure drop in pipe-flow, efficient mixing, turbulent transport of momentum and scalar properties, Reynolds stress, and effects of buoyancy.

Open All Close All

type

http://www.w3.org/1999/02/22-rdf-syntax-ns#type

about

http://schema.org/about

contributor

http://schema.org/contributor

description

http://schema.org/description

"Describes manifestations and characteristics of turbulence in fluid mechanics."
"Illustrates aspects of turbulence, including the effect of Reynolds number on inception and on turbulent flows increased pressure drop in pipe-flow, efficient mixing, turbulent transport of momentum and scalar properties, Reynolds stress, and effects of buoyancy."@en
"Illustrates aspects of turbulence, including the effect of Reynolds number on inception and on turbulent flows, increased pressure drop in pipe-flow, efficient mixing, turbulent transport of momentum and solar properties, Reynolds stress, and effects of buoyancy."
"Illustrates aspects of turbulence, including the effect of Reynolds number on inception and on turbulent flows, increased pressure drop in pipe-flow, efficient mixing, turbulent transport of momentum and solar properties, Reynolds stress, and effects of buoyancy."@en
"Illustrates aspects of turbulence, including the effect of Reynolds number on inception and on turbulence flows increased pressure drop in pipe-flow, efficient mixing, turbulent transport of momentum and scalar properties, Reynolds stress, and effects of buoyancy."
"Illustrates aspects of turbulence, including the effect of Reynolds number on inception and on turbulence flows increased pressure drop in pipe-flow, efficient mixing, turbulent transport of momentum and scalar properties, Reynolds stress, and effects of buoyancy."@en
"Illustrates aspects of turbulence, including the effect of Reynolds number on inception, increased pressure drop in pipe-flow, efficient mixing, turbulent transport of momentum and scalar properties, Reynolds stress, and effects of buoyancy."@en
"Illustrates important aspects of turbulence: effect of Reynolds number on inception; increased pressure drop in pipe-flow; turbulent transport of momentum and scalar properties."@en
"Introduction à l'étude des écoulements turbulents, en particulier ceux rencontrés dans la nature. Explication par Robert W. Stewart (Univ. of British Columbia) des attributs propres de la turbulence, à travers la démonstration d'expériences réalisées en laboratoire et dans la nature."
"Summary: Describes manifestations and characteristics of turbulence in fluid mechanics."
"Summary: Describes manifestations and characteristics of turbulence in fluid mechanics."@en
"Illustrates aspects of turbulence, including the effect of Reynolds number on inception and on turbulent flows increased pressure drop in pipe-flow, efficient mixing, turbulent transport of monumentum and scalar properties, Reynolds stress, and effects of buoyancy."@en
"Illustrates aspects of turbulence, including the effect of Reynolds number on inception and on turbulent flows increased pressure drop in pipe-flow, efficient mixing, turbulent transport of monumentum and scalar properties, Reynolds stress, and effects of buoyancy."
"Illustrates aspects of turbulence, including the effect of Reynolds number on inception and on turbulent flows, increased pressure drop in pipeflow, efficient mixing, turbulent transport of momentum and scalar propoerties, Reynolds stress, and effects of buoyancy."@en
"Illustrates aspects of turbulence, including the effect of Reynolds number on inception, increased pressure drop in pipe-flow, efficient mixing, turbulent transport of momentum and scalar properties, Reynolds stress, and influence of Reynolds number on fully developed turbulent flows. From the Fluid Mechanics series."@en