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Boundary-shear stress in unsteady turbulent pipe flow
In laminar flow, instantaneous mean velocity and instantaneous velocity profile are dependent upon history of motivating force or piezometric-pressure gradient; in turbulent flow, strong lateral diffusion of turbulent eddies tends to eliminate dependence of velocity distribution upon history of motion; greater degree of generalization of results appears to be possible for unsteady turbulent flow in pipe than for laminar flow.
Boundary-shear stress in unsteady turbulent pipe flow
In laminar flow, instantaneous mean velocity and instantaneous velocity profile are dependent upon history of motivating force or piezometric-pressure gradient; in turbulent flow, strong lateral diffusion of turbulent eddies tends to eliminate dependence of velocity distribution upon history of motion; greater degree of generalization of results appears to be possible for unsteady turbulent flow in pipe than for laminar flow.
Boundary-shear stress in unsteady turbulent pipe flow
ASCE -- Proc (J Hydraulics Div)
Carstens, M.R. (Autor:in) / Roller, J.E. (Autor:in)
1959
15 pages
Aufsatz (Zeitschrift)
Englisch
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