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I. Raabe (West Germany), “Suggestions on the prevention of the occurrence of a vortex filament in the draft tube of a reaction water turbine.”
P. E. Lysenko, V. D. Bedev, and G. A. Chepaikin (USSR), “Decrease of the intensity of cavitation erosion of high-head hydraulic gates by using supercavitating structures.”
R. S. Gal’perin, V. S. Semenkov, G. N. Tsedrov, L. A. Goncharov, and R. M. Razakov (USSR), “Operation of hydraulic structures under cavitation conditions.”
G. I. Krivchenko, V. Ya. Karelin, E. V. Kvyatkovskaya, R. A. Novoderezhkin, and A. P. Mordasov (USSR), “Methods of improving the cavitation characteristics of high-head gates.”
Yu. U. Édel’, Yu. A. Grivnin, N. N. Kovalev, and B. A. Sharapov (USSR), “Investigation of cavitation in the blading of high-head Kaplan turbines.”
N. P. Rozanov, R. M. Razakov, and A. T. Kaveshnikov (USSR), “Cavitation investigations of energy dissipators and baffles of hydraulic discharge structures.”
B. A. Bal’, L. A. Goncharov, A. Kuznetsov, and G. N. Tsedrov (USSR), “Operation of water turbines and sluice gates under cavitation and vibration conditions.”
B. M. Chikvashvili (USSR), “Investigation of pressure fluctuations and development of a method for selecting vacuum-free and cavitation-free configurations of the entrance heads of pressure conduits.”
A. S. Abelev, B. G. Kartelev, and I. V. Plokhotnikov (USSR), “Investigation of the relative cavitation resistance of materials and protective coatings and development of methods to combat cavitation erosion of elements of hydraulic structures.”
M. G. Abdud-Kader and G. Suresh Rao (India), “Cavitation of energy dissipators.”
D. K. Lisne and O. Guttormsen (Norway), “Determination of the quantity of air for delivery to gates of high-head deep discharge openings.”
L. Winnog (Norway), “Cavitation of high-head sluice gates,”
F. Ardelanu (Rumania), “Theoretical determination of the danger of cavitation occurrence in the condenser system of a thermal electric power plant.”
W. E. Wagner and M. A. Jabara (USA), “Cavitation erosion of the inlet devices of deep conduits.”
R. W. Schmidt (USA), “Cavitation erosion of the Kinsaw dam on the Allegheny River.”
V. Eler (Rumania), “Cavitation during discharge along cylindrical nozzle surface.”
V. Eller (Rumania), “Investigations of the aeration of the gate chamber of a deep conduit.”
R. Thomas (England), “Control of the development of cavitation in energy dissipators.”
F. Daniell (France), “Cavitation erosion: destruction of an emulsion layer.”
G. Federchi, E. Raiteri, and F. Siccardi (Italy), “Detection of cavitation in a centrifugal pump by analyzing the pressure fluctuation caused by its operation.”
M. D. Constantin, F. Daniell, and P. Lambert (France), “Cavitation of hydraulic structures and devices.”
M. Hugenin (France), “Scale effect of cavitation in hydraulic turbines and screw propellers.”
Additional information
Based on materials from the 14th Congress of the International Association of Hydraulic Research held in Paris from August 29 to September 3, 1971.
Translated from Gidrotekhnicheskoe Stroitel’stvo, No, 2, pp. 46–49, February, 1972.
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Zolotov, L.A., Karelin, V.Y. Problems of cavitation in hydraulic structures, machines, and equipment. Hydrotechnical Construction 6, 173–178 (1972). https://doi.org/10.1007/BF02378190
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DOI: https://doi.org/10.1007/BF02378190