Prediction of hydraulic jump length downstream of multi-vent regulators using Artificial Neural Networks

Author:

Sauida Mohamed F.

Publisher

Elsevier BV

Subject

General Engineering

Reference18 articles.

1. Fahmy MR. Design of stilling basins downstream of multi-vents regulators. Unpublished Ph. D. Egypt: Faculty of Engineering, Zagazig University; 2001.

2. Abdel-Aal GM, Elfiky MM, Negm AM. Analysis of free hydraulic jump characteristics DS multi-vent regulators. Cairo, Egypt: Scientific Bulletin, Faculty of Engineering, Ain Shams University, vol. 39(3); 2004. p. 475–94 [September 30].

3. Elfiky MM. Effect of end sill on free hydraulic jump characteristics DS multi-vent regulators. Cairo, Egypt: Scientific Bulletin, Faculty of Engineering, Ain Shams University, vol. 39(4); 2004. p. 331–43 [December].

4. Abdel-Aal GM. Control of hydraulic jump DS multi-vent regulators in a radial stilling basin. Cairo, Egypt: Scientific Bulletin, Faculty of Engineering, Ain Shams University, vol. 40(1); 2005. p. 390–416 [March 31].

5. Sauida MF. Characteristics of flow in diverging stilling basin downstream of regulators under vertical deformation conditions. Unpublished Ph.D. Egypt: Faculty of Engineering, Zagazig University; 2009.

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