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Journal of Hydraulic Research Volume 28, 1990 - Issue 5
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Original Articles

Classical hydraulic jump: length of roller

W. H. Hager formerly Lab. de Constr. Hydraui, Départ, de Génie Civil, Ecole Polytechnique Fédérale de Lausanne, CH-1015, Lausanne, Switzerland
,
R. Bremen formerly Lab. de Constr. Hydraui, Départ, de Génie Civil, Ecole Polytechnique Fédérale de Lausanne, CH-1015, Lausanne, Switzerland
&
N. Kawagoshi Lab. of Irrigation and Drainage Engng., Hirosaki University, Faculty of Agriculture, Hirosaki, Aomori, Japan
Pages 591-608 | Received 24 Jan 1990, Published online: 19 Jan 2010

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Masayuki Takahashi, Ryugen Satoh & Iwao Ohtsu. (2023) Effect of inflow conditions on the free-surface properties of hydraulic jumps By STEFAN FELDER, LAURA MONTANO, HANWEN CUI, WILLIAM PEIRSON and MATTHIAS KRAMER, J. Hydraulic Res. 59(6), 2021, 1004–1017, https://doi.org/10.1080/00221686.2020.1866692. Journal of Hydraulic Research 61:6, pages 920-923.
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Stefan Felder, Laura Montano, Hanwen Cui & Matthias Kramer. (2023) Closure to “Effect of inflow conditions on the free-surface properties of hydraulic jumps” by S. FELDER, L. MONTANO, H. CUI, W. PEIRSON, and M. KRAMER, J. Hydraulic Res. 59(6), 2021, 1004–1017, https://doi.org/10.1080/00221686.2020.1866692. Journal of Hydraulic Research 61:6, pages 923-925.
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Ruidi Bai, Rongcai Tang, Frédéric Murzyn & Hang Wang. (2023) Pre-aerated classic hydraulic jump downstream a partly-stepped chute. Journal of Hydraulic Research 61:2, pages 260-271.
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Majeid Heydari, Saeid Shabanlou & Babak Sanahmadi. (2022) Self-adaptive extreme learning machine-based prediction of roller length of hydraulic jump on rough bed. ISH Journal of Hydraulic Engineering 28:2, pages 152-162.
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Hamed Azimi, Hossein Bonakdari & Isa Ebtehaj. (2021) Gene expression programming-based approach for predicting the roller length of a hydraulic jump on a rough bed. ISH Journal of Hydraulic Engineering 27:sup1, pages 77-87.
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Laura Montano & Stefan Felder. (2020) An experimental study of air–water flows in hydraulic jumps on flat slopes. Journal of Hydraulic Research 58:5, pages 767-777.
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Abdorreza Kabiri-Samani & Soroush Naderi. (2017) Turbulent structure in the transition from super- to subcritical flow without a hydraulic jump. Journal of Hydraulic Research 55:1, pages 50-62.
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H. Wang & H. Chanson. (2015) Air entrainment and turbulent fluctuations in hydraulic jumps. Urban Water Journal 12:6, pages 502-518.
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Stefano Pagliara & Michele Palermo. (2015) Hydraulic jumps on rough and smooth beds: aggregate approach for horizontal and adverse-sloped beds. Journal of Hydraulic Research 53:2, pages 243-252.
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Abdorreza Kabiri-Samani, Mohammad Hossein Rabiei, Hamidreza Safavi & Seyed Mahmood Borghei. (2014) Experimental–analytical investigation of super- to subcritical flow transition without a hydraulic jump. Journal of Hydraulic Research 52:1, pages 129-136.
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Joshua D. Mortensen, Steven L. Barfuss & Blake P. Tullis. (2012) Effects of hydraulic jump location on air entrainment in closed conduits. Journal of Hydraulic Research 50:3, pages 298-303.
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Joshua D. Mortensen, Steven L. Barfuss & Michael C. Johnson. (2011) Scale effects of air entrained by hydraulic jumps within closed conduits. Journal of Hydraulic Research 49:1, pages 90-95.
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F. Murzyn, D. Mouazé & J.R. Chaplin. (2007) Air–water interface dynamic and free surface features in hydraulic jumps. Journal of Hydraulic Research 45:5, pages 679-685.
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A. Bushra & Noor Afzal. (2006) Hydraulic jump in circular and U-shaped channels. Journal of Hydraulic Research 44:4, pages 567-576.
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Noor Afzal & A. Bushra. (2002) Structure of the turbulent hydraulic jump in a trapezoidal channel. Journal of Hydraulic Research 40:2, pages 205-214.
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Alessandro Valiani. (1997) Linear and angular momentum conservation in hydraulic jump. Journal of Hydraulic Research 35:3, pages 323-354.
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Roger Bremen & Willi H. Hager. (1993) T-jump in abruptly expanding channel. Journal of Hydraulic Research 31:1, pages 61-78.
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Willi H. Hager & Damei Li. (1992) Sill-controlled energy dissipator. Journal of Hydraulic Research 30:2, pages 165-181.
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