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141 results for "plunging flow"


The library > Geophysical Hydraulics > Fluvial hydraulics
Large Eddy simulation of River Flows



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The library > Geophysical Hydraulics > Fluvial hydraulics
Observation of flow conditions with B=40 and 80cm



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The library > Geophysical Hydraulics > Fluvial hydraulics
Oscillating jet flow



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The library > Geophysical Hydraulics > Fluvial hydraulics
Sediment transport in streams: antidune migration (1)



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The library > Geophysical Hydraulics > Fluvial hydraulics
Sediment transport in streams: antidune migration (2)



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The library > Geophysical Hydraulics > Fluvial hydraulics
Stepped flow with 2.8 m drop, 40 cm step height, and 80 cm wide



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The library > Geophysical Hydraulics > Fluvial hydraulics
Trapezoidal weir in Tama river



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The library > Applied Hydraulics > Hydraulic structures
Greenup weir, Australia



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The library > Applied Hydraulics > Hydraulic structures
Hydraulic model of roman dropshaft (1)



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The library > Applied Hydraulics > Hydraulic structures
Hydraulic model of roman dropshaft (2)



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This web site was launched by Prof. Michele Mossa of the Polytechnic University of Bari (Italy) with the initial support of Fondazione Caripuglia, Bari, Italy for the Research Project LIC-MON of 2003 and of the Project IMCA (Integrated Monitoring of Coastal Areas) financed by MIUR PON D.M. 593/00. Later, the initiative was supported with other Prof. Michele Mossa’s funds, most recently provided by the RITMARE Project.


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