Page 266 - Introduction to Naval Architecture

PROPULSION 251

4. Troost, L, (1950-51) Open water test series with modern propeller forms.
TNECL
5. van Lammeren, W. P. A., van Manen, J. D. and Oosterveld, M. W. C. (1969) The
Wageningen B-screw series. TSNAME.
6. Canham, H. J. S. (1974) Resistance, propulsion and wake tests with HMS Penelope,
TRINA.
7. Weitsendorf, E.-A., Friesch, J. and Song, C. S. S. (1987) Considerations for the new
hydrodynamics and cavitation tunnel (HVCAT) of the Hamburg Ship Model Basin
(HSVA). ASME International Symposium on Cavitation Research Facilities and Techniques,
Boston.
8. Miles, A., Wellicome, J. F. and Molland, A, F. (1993) The technical and commercial
development of self pitching propellers. TRINA.
9. Ryan, P. G. and Glover, E. J. (1972) A ducted propeller design method: a new
approach using surface vorticity distribution technique and lifting line theory.
TRINA.
10. Heggstad, K. M. (1981) Submarine propellers. Maritime Defence, June.
11. Glover, E. f. (1966-67) Contra rotating propellers, for high speed cargo vessels.
TNECL
12. Burrill, L. C. and Emerson, A. (1962-63) Propeller cavitation.' further tests on 16 in
propeller models in the King's College cavitation tunnel. TNECl.