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Turbulent flow in rectangular ducts
Definition of hydraulic radius of any conduit cross section as corresponding parameter of equivalent 2-dimensional channel; correlating power is implied whenever resistance laws for circular pipes are used to predict skin friction resistance in noncircular conduits; experimental investigation of turbulent mean flow in smooth rectangular air ducts yielded strong evidence in favor of universal inner law of velocity distribution.
Turbulent flow in rectangular ducts
Definition of hydraulic radius of any conduit cross section as corresponding parameter of equivalent 2-dimensional channel; correlating power is implied whenever resistance laws for circular pipes are used to predict skin friction resistance in noncircular conduits; experimental investigation of turbulent mean flow in smooth rectangular air ducts yielded strong evidence in favor of universal inner law of velocity distribution.
Turbulent flow in rectangular ducts
ASCE -- Proc (J Hydraulics Div)
Leutheusser, H.J. (author)
1963
19 pages
Article (Journal)
English
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