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Transition Profiles in Nonuniform Channels
If a water-surface profile passes without abrupt change from tranquil to rapid flow, or from rapid to tranquil flow, the point at which it does so lies on a profile that can conveniently be called a “transition profile,” and the depth at that point can be termed a “transition depth.” Such a profile is fixed in that it does not vary in position with changes in discharge as do normal-depth profiles and critical-depth profiles. Mathematically, the point of transition is a singular point, and the solution to the differential equation for steady flow does not yield the traditional vertical water-surface profile at that point. A graphical practical method for constructing transition profiles is outlined herein.
Transition Profiles in Nonuniform Channels
If a water-surface profile passes without abrupt change from tranquil to rapid flow, or from rapid to tranquil flow, the point at which it does so lies on a profile that can conveniently be called a “transition profile,” and the depth at that point can be termed a “transition depth.” Such a profile is fixed in that it does not vary in position with changes in discharge as do normal-depth profiles and critical-depth profiles. Mathematically, the point of transition is a singular point, and the solution to the differential equation for steady flow does not yield the traditional vertical water-surface profile at that point. A graphical practical method for constructing transition profiles is outlined herein.
Transition Profiles in Nonuniform Channels
Escoffier, Francis F. (Autor:in)
Transactions of the American Society of Civil Engineers ; 123 ; 43-56
01.01.2021
141958-01-01 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Unbekannt
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