Abstract
13. PREDICTION OF SUPERCAVITATING PROPELLER PERFORMANCE by R.A. Barr (Hydronautics, Incorporated Laurel, Maryland, U.S.A.).
14. HIGH SPEED PROPELLERS by G. Rosen (Hamilton Standard Division of United Aircraft Corporation, Windsor Locks, Connecticut)
15. DESIGN OF SUPERCAVITATING PROPELLERS ON THE BASIS OF LIFTING SURFACE THEORY by T.S. Luu (Centre du Calcul Analogique, Chatillon sous Bagneux) and P. Sulmont (Ecole Nationale Supérieure de Mécanique, Nantes).
16. A PROPELLER DESIGN METHOD by A. Melodia (Cantieri Navali del Tirreno e Rinuiti, Genoa).
17. A METHOD TO DETERMINE THE EFFICIENCIES OF PROPELLERS by E.A. Schatté (Supramar, Lucerne).
18. DISCUSSIONS ON CAVITATION EROSION RESISTANCE OF PROPELLER AND HYDROFOIL STRUCTURAL MATERIALS by J.Z. Lichtman (U.S. Naval Applied Science Laboratory, Brooklyn, New York).
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