Results 311 to 320 of about 4,639,210 (385)
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Air–water flow in a plain stilling basin below smooth and stepped chutes
Journal of Hydraulic Research, 2022In recent decades, stepped chutes followed by a stilling basin became a standard for spillways of dams. The comprehensive knowledge of stepped chute approach flows on internal air–water flow properties of the hydraulic jump is still too limited for an ...
I. Stojnic +3 more
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Hydraulic Design of Stilling Basins: Stilling Basin with Sloping Apron (Basin V)
Journal of the Hydraulics Division, 1957Procedures and rules for the design of a stilling basin with a sloping apron are presented along with a discussion of the relative merits of sloping and horizontal aprons. Critical basin dimensions and tail water requirements are presented in dimensionless form. Recommendations are verified from an analysis of 13 existing basins having sloping aprons.
J. N. Bradley, A. J. Peterka
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Journal of the Hydraulics Division, 1961
Basin is device for dissipating excess kinetic energy and has important advantages for some conditions; 2 field installations of manifold stilling basin are described; both were made at outlet ends of pipe drops in canals in which vertical drop of water surface was several tens of feet.
Gene R. Fiala, Maurice L. Albertson
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Basin is device for dissipating excess kinetic energy and has important advantages for some conditions; 2 field installations of manifold stilling basin are described; both were made at outlet ends of pipe drops in canals in which vertical drop of water surface was several tens of feet.
Gene R. Fiala, Maurice L. Albertson
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Experimental assessment of secondary stilling basin at the Hričov weir
, 2021One of the main problems at the Hričov weir is the scour development in the riverbed just downstream. It is caused of construction the size of the stilling basin was significantly shortened. Flow energy is dissipating just partially.
Martin Pavúček, J. Rumann, P. Dusicka
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Hydraulic Jump Stilling Basin Design over Rough Beds
, 2021This paper presents a new method that is able to define the hydraulic jump peculiarities in rough-bed conditions.
Shayan Maleki, V. Fiorotto
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Energy Conversion and Management, 1980
Abstract This paper presents a periodic analysis and observed performance of a double basin solar still, mounted on a stand. Observations on this type of still are in fair agreement with the results of analysis. The daily distillate production of such a still is on the average 36% higher than that of a single basin still.
M.S. Sodha +3 more
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Abstract This paper presents a periodic analysis and observed performance of a double basin solar still, mounted on a stand. Observations on this type of still are in fair agreement with the results of analysis. The daily distillate production of such a still is on the average 36% higher than that of a single basin still.
M.S. Sodha +3 more
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Hydraulic jump control using stilling basin with Adverse slope and positive step
ISH Journal of Hydraulic Engineering, 2020The paper deals with hydraulic jump characteristics in a stilling basin (called basin hereafter) provided with an adverse slope and a positive step at the end of the basin.
S. K. Mazumder
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STILLING BASIN WITH A FLOW SWIRLING
Prirodoobustrojstvo, 2021In the given materials there is given an analysis of the operation of existing constructions of devices for dissipation of excess energy of idle water discharges at hydraulic engineering facilities. The most applied design for dissipation of fl ow energy in the practice of hydraulic building in the world is stilling basins with straight axis made in ...
A. P. GURJEV +4 more
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Energy dissipation in a deep tailwater stilling basin with partial flaring gate piers
Canadian journal of civil engineering (Print), 2020Flaring gate piers (FGPs) have been used to increase energy dissipation in stilling basins downstream of spillways. For projects with a low water head and large unit discharge together with a deep tailwater level, energy dissipation inside a conventional
Zhao Zhou, Junxing Wang, D. Zhu
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ISH Journal of Hydraulic Engineering, 2020
In this paper, two artificial intelligence (AI) techniques, including Deep Learning (DL) and Multi-Layer Perceptron (MLP), have been applied to predict the pressure fluctuations coefficient (CʹP ) along the submerged and free jumps at the bottom of the ...
Seyed Nasrollah Mousavi +3 more
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In this paper, two artificial intelligence (AI) techniques, including Deep Learning (DL) and Multi-Layer Perceptron (MLP), have been applied to predict the pressure fluctuations coefficient (CʹP ) along the submerged and free jumps at the bottom of the ...
Seyed Nasrollah Mousavi +3 more
semanticscholar +1 more source