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Turbulent flow in three-dimensional channel
Results of tests to define Reynolds stress tensor in one corner of straight, smooth, closed conduit of rectangular cross section; measurements are used in conjunction with simplified version of equations of motion to conclude that secondary motions will be present in any established flow in conduit of non-circular section; one of boundaries may be free surface; sustaining mechanism for secondary motion is shown to depend on horizontal and vertical components of turbulent motion.
Turbulent flow in three-dimensional channel
Results of tests to define Reynolds stress tensor in one corner of straight, smooth, closed conduit of rectangular cross section; measurements are used in conjunction with simplified version of equations of motion to conclude that secondary motions will be present in any established flow in conduit of non-circular section; one of boundaries may be free surface; sustaining mechanism for secondary motion is shown to depend on horizontal and vertical components of turbulent motion.
Turbulent flow in three-dimensional channel
ASCE -- Proc (J Hydraulics Div)
Tracy, H.J. (Autor:in)
1965
27 pages
Aufsatz (Zeitschrift)
Englisch
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