| laminar flow |
1. A type of streamline flow most often observed in viscous fluids near solid boundaries, which is characterised by the tendency for fluid to remain in thin, parallel layers to maintain uniform velocity. 2. A nonturbulent flow regime in which the stream filaments glide along the pipe axially with essentially no transverse mixing. Also known as "viscous" or "streamline flow." 3. Flow under conditions in which forces due to viscosity are more significant than forces due to inertia.
출처: www.control.co.kr/dic/dic-l.htm
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| laminar flow |
The flow regime which exists when Reynolds Number is below 2000. The path lines of the particles are smooth and regular, and there is little interchange of fluid mass between adjacent layers.
출처: www.tdcoating.com/td_glossary_terms5.htm
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| laminar flow |
non-turbulent (irrotational) flow of fluids
출처: www.dataphysics.de/english/service_gloss.htm
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| laminar flow |
The air flow immediately against the rotor blade (boundary layer) is of most importance in the efliciency of the blade. Two kinds of fluid flow are possible - laminar and turbulent. In laminar flow, the fluid moves as a series of sheets or laminae, sliding one over the next where there is a difference of speed between them (velocity gradient). In turbulent flow, particles of fluid (air) can move in any direction - only the mean velocity and direction being defined. ...
출처: www.aircommand.com/Glossary.html
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| laminar flow |
Smooth and regular fluid flow -- the direction of motion at any point remaining constant as if the fluid were moving in a series of layers sliding over one another without mixing.
출처: www.columbia.edu/cu/gsapp/BT/DOMES/GLOSSRY/gloss.h...
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