Squat effects on high speed craft in restricted waterways

Ocean Engineering

Volumn 33, Issue 3-4, 2006, Pages 365-381

  Varyani, K S ^a  

^a UNIVERSITY OF GLASGOW   (United Kingdom)

Author keywords

High speed craft; Restricted waterways; Squat

Indexed keywords

COMPUTATIONAL METHODS; HULLS (SHIP); PERTURBATION TECHNIQUES; WATER WAVE EFFECTS; WATERWAY TRANSPORTATION;

HIGH SPEED CRAFT; RESTRICTED WATERWAYS; SQUAT;

NAVAL VESSELS;

BULK CARRIER; HULL FORM; MATHEMATICAL ANALYSIS;

EID: 30044433055     PISSN: 00298018     EISSN: None     Source Type: Journal    
DOI: 10.1016/j.oceaneng.2005.04.016     Document Type: Article

References (20)

1. Barrass, C.B., 1979. The Phenomena of Ship Squat. International Shipbuilding Progress.
2. Barrass, C.B., 1997. Pilotage and Squat. Comment in Seaways.
3. Barrass, C.B., 1998. Ship Squat. Letters in Seaways.
4. T. Constantine On the movement of ships in restricted waterways Journal of Fluid Mechanics 9 1961 247-256
5. I.W. Dand A.M. Ferguson The squat on full form ships in shallow water Transactions RINA 1973 15
6. N.E. Eryuzlu R. Hausser Experimental Investigation into Some Aspects of Large Craft Navigation in Restricted Waterways Proc. Symp. Aspects of Navigability of Constraint Waterways Including Harbour Entrances vol. 2 1978 pp. 1-15
7. N.E. Eryuzlu Y.L. Cao F. D'Angolo Under keel requirements for large crafts in shallow waterways Proc. 28th Int. Nav. Congr. PIANC 1994 (Paper S II-2, pp. 17-25)
8. Ferguson, A.M., 1978. M.V Wellpark - Grounding Incident at La Plata Roads - Model Squat test Report, Glasgow University Report NAOE-HL-78-14C.
9. T.H. Havelock Note on the sinkage of a ship at low speeds Zeitschrift fur Angewandte Mathematical Mechanics 9 1939 202-205
10. The behaviour of a ship in head waves at restricted water depth International Shipbuilding Progress 21 1976 367-390
11. Huuska, O., 1976. On the Evaluation of Under-Keel Clearances in Finnish Waterways. Helsinki University of Technology. Ship Hydrodynamics Lab. Report No. 9.
12. Kreitner, J., 1934. The Resistance of Ships in Confined Waters. Werft-Rederei-Hafen.
13. A. Millward The effect of water depth on hull form factor International Shipbuilding Progress 6 407 1989
14. A. Millward A preliminary design method for the prediction of squat in shallow water Marine Technology 7 1 1990
15. A. Millward A comparison of the theoretical and empirical prediction of squat in shallow water International Shipbuilding Progress 39 1992 69-78
16. P.M. Naghdi M.B. Rubin On the squat of a ship Journal of Ship Research 28 2 1984
17. E.O. Tuck Shallow water flow past slender bodies Journal of Fluid Mechanics 26 1966 81-95
18. Tuck, E.O., 1967. Sinkage and Trim in Shallow Water of Finite Width. Schiffstechnik, pp. 92-94.
19. Tuck, E.O., Taylor, P.J., 1970. Shallow Water Problem in Ship Hydrodynamics, 8th Symposium in Naval Hydrodynamics. QNR Washington DC, pp. 627-659.
20. Varyani, K.S., Krishnankutty, P., 2002. Squat Effects on vessels in Restricted waters. TOHPIC Report No.D1.3.08.01.