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Hydraulic Design of Stilling Basins: Short Stilling Basins for Canal Structures, Small Outlet Works, and Small Spillways (Basin III)

Journal of the Hydraulics Division, 1957
Continuing the development in Paper 1402, this paper describes tests to generalize the design of a shorter stilling basin containing chute blocks, end sill, and one row of baffle piers. General design rules and sample problems are included. Critical basin dimensions, water surface profiles, and tail water ranges are presented in dimensionless forms.
J. N. Bradley, A. J. Peterka
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Types of Stilling Basins

1992
Except for larger structures or unusual circumstances, a stilling basin may not be tested in a hydraulic lab, or it may be tested with respect to several features although the final design does not involve a series of model studies. Based on this fact, several standardised basins were developed in the past, among which mention might be made of the
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Experiences with Stilling Basins

1992
As compared to the number of laboratory studies, where stilling basins were tested and their performance improved by various appurtenances, the information on the actual behaviour of prototypes is scarce. A number of general comments on “stilling basin experiences” are outlined, as was done in a classical paper by Berryhill.
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Campos Basin: Challenges Still to Overcome

Offshore Technology Conference, 2003
Abstract Petrobras stepped into the third millennium with an ambitious plan for offshore oil production. As a natural sequence of the most recent breakthroughs achieved in deep and ultradeepwater activities, Petrobras now prepares itself to operate in an even more difficult scenario in Campos Basin: deeper water, up
Kazuioshi Minami   +4 more
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Riprap Design for SAF Stilling Basins

Transactions of the ASAE, 1992
Physical model tests were conducted to determine criteria for the size and placement of riprap downstream of SAF stilling basins to ensure basin integrity. Relationships are presented to determine the depth, width, and length for preformed scour holes as a function of the Froude number and riprap size.
null C. E. Rice, null K. C. Kadavy
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Shapes for Appurtenances in Stilling Basins

Journal of the Hydraulics Division, 1964
Baffle pier experiments in hydraulic jump type of stilling basins indicate that wedge-shaped blocks with a vertex angle of 120○ dissipate more energy in a shorter length than rectangular blocks. The wedge blocks with the downstream portion cut-back at an angle of 90○ are expected to be free from cavitation.
N. Narayana Pillai, T. E. Unny
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Fluctuating Pressures in Spillway Stilling Basins

Journal of the Hydraulics Division, 1969
Experimental data is presented on fluctuating pressures in models of spillway stilling basins. Of special interest are data on (1) Variation of pressure fluctuations with location in the basin, (2) variation of fluctuations with discharge, and (3) the growth of a pressure pulse as flow passes through the upstream portion of the hydraulic jump. Pressure
C. Edward Bowers, Frank Y. Tsai
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Various Aspects of Stilling Basins

1992
Apart from the elements by which a stilling basin is constituted such as sills or blocks, other aspects of energy dissipation must also be considered, as they have a direct impact on the design of the dissipator. Three of such groups will be treated in this chapter, although the items have relatively few common features.
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Hydraulic Jump and Stilling Basins

2010
For the change of flow type from supercritical to subcritical, a hydraulic jump forms. The phenomenon is first described and then the sequent depths are determined using the specific force principle. The profiles include the rectangular channel and the three standard cross-sections, namely, the circular, the egg-shaped and the horseshoe sections ...
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