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Surface Curves for Steady Nonuniform Flow
Few problems in the field of hydraulic research have been more challenging or baffling than that concerned with plotting the surface curve assumed by a liquid in varied or nonuniform flow. Several investigators have sought the solution by attempting to integrate the varied flow equation. This paper, however, makes use of the differential equation by direct application of the surface slope that it defines. The paper is confined to the study of steady flow in prismatic trapezoidal channels, with the rectangular section considered to be a limiting case. Surface profiles plotted by this method are compared with those obtained by integration.
Surface Curves for Steady Nonuniform Flow
Few problems in the field of hydraulic research have been more challenging or baffling than that concerned with plotting the surface curve assumed by a liquid in varied or nonuniform flow. Several investigators have sought the solution by attempting to integrate the varied flow equation. This paper, however, makes use of the differential equation by direct application of the surface slope that it defines. The paper is confined to the study of steady flow in prismatic trapezoidal channels, with the rectangular section considered to be a limiting case. Surface profiles plotted by this method are compared with those obtained by integration.
Surface Curves for Steady Nonuniform Flow
Jansen, Robert B. (author)
Transactions of the American Society of Civil Engineers ; 117 ; 1091-1097
2021-01-01
71952-01-01 pages
Article (Journal)
Electronic Resource
Unknown
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