Numerical Analysis of Surface-Piercing Propellers

SNAME 10th Propeller and Shafting Symposium, PSS 2003

Volumn , Issue , 2003, Pages

  Young, Yin Lu ^a   Kinnas, Spyros A ^b  

^a Princeton University   (United States)

^b The University of Texas at Austin   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

BOUNDARY ELEMENT METHOD; PIERCING; SAILING VESSELS; VENTILATION;

CAVITY PATTERNS; DYNAMIC BOUNDARY CONDITIONS; FREE SURFACES; LOW-ORDER BOUNDARY ELEMENT METHOD; NEGATIVE IMAGE METHOD; SURFACE-PIERCING PROPELLERS; TIME STEP; UNSTEADY HYDRODYNAMIC FORCE; VENTILATED CAVITIES; VENTILATION PATTERNS;

ITERATIVE METHODS;

EID: 11044238491     PISSN: None     EISSN: None     Source Type: Conference Proceeding    
DOI: 10.5957/PSS-2003-04     Document Type: Conference Paper

References (85)

1. ALDER, R. AND MOORE, D. 1977 ·Performance of an inclined shaft partially-submerged propeller operating over a range of shaft yaw angles. Technical report. SPD-802-01. Naval Ship Resesarch and Development Center.
2. ALLISON, J. 1978 Propellers for high-performance craft. Marine Technology, 15, 4, October, pp. 335-380.
3. ATKINSON, P. 1968 On the choice of method for the calculation of stress in marine propellers. Transactions, Royal Institution of Naval Architecture, 110.
4. ATKINSON, P. 1973 The prediction of marine propeller distortion and stresses using a super-parametric thick shell finite-elelement model. Transactions, Royal Institution of Naval Architecture, 115.
5. BOSWELL, R. 1971 Design, cavitation performance and open-water performance of a series of research skewed propellers. Technical report. 3339. DTNSRDC.
6. BOSWELL, R., MILLER, M. AND KADER, R. 1976 Static stress measurements on a series of skewed propeller blades with and without forward rake. Technical report. Report SPD-712-01. David Taylor Model Basin. Aug.
7. BRANDT, H. 1973 Modellversuche mit scbilfspropellern an der wasseroberfliiche. Schiff und Hafen, 25, 5, pp. 415-422.
8. BRILLOUIN, M. 1911 Les surfaces de glissement de Helmholtz et la resistance des fluides. Annales de Chimie and de Physique, vol. 23, pp. 145-230.
9. BROOKS, J. 1980 Vibrations of a marine propeller operating in a nonuniform inflow. Technical report. Report DTNSRDC-80/056. David Taylor Research Center. April.
10. CHOI, J. 2000 Vortical inflow - propeller interaction using unsteady three-dimensional euler solver. Doctoral dissertation, Department of Civil Engineering, The University of Texas ·at Austin. August.
11. CUMMING, R. A., MORGAN, w. B. AND BOSWELL, R. J. 1972 Highly skewed propellers. In: Transactions. Society of Naval Architects and Marine Engineers.
12. DASHNAW, F. AND REED, F. 1971 Propeller strain measurements on the s.s. michigan. Marine Technology, 8, 4, pp. 486-509.
13. DOBAY, G. 1970 Unsteady blade force measurements on a skewed partially-submerged propeller. Technical report. 392-H-Ol. Naval Ship Resesarch and Development Center. June.
14. DYSON, P. K. 2000 The modelling, testing and design, of a surface piercing propeller drive. Doctoral dissertation, Department of Mechanical and Marine Engineering, Plymouth University. October.
15. DYSON, P. K., CHUDLEY, J. AND GRIEVE, D. 2000 An experimental programme to_determine the mean and time varying loads imposed by surface piercing propellers. Sea Australia 2000, Sydney.
16. FERRANDO, M. AND SCAMARDELLA, A. 1996 Surface piercing propellers: Testing methodologies, results analysis and comments on the open water characteristics. Proceedings: Small Craft Symposium.
17. FINE, N. E. 1992 Nonlinear analysis of cavitating propellers in nonuniform flow. Doctoral dissertation, Department of Ocean Engineering, Massachusetts Institute of Technology. October.
18. FINE, N. AND KINNAS, S. 1993a A boundary element method for the analysis of the flow around 3-d cavitating hydrofoils. Journal of Ship Research, 37, September, 213-224.
19. FINE, N. AND KINNAS, s. 1993b The nonlinear numerical prediction of unsteady sheet cavitation for propellers of extreme geometry. Proceedings: Sb.-th International Conference On Numerical Ship Hydrodynamics. August, 531-544.
20. FURUYA, 0. 1984 A performance prediction theory for partially submerged ventilated propellers. Proceedings: Fifteenth Symposium on Naval Hydrodynamics.
21. FURUYA, 0. 1985 A performance prediction theory for partially submerged ventilated propellers. Journal of Fluid Mechanics, 151, pp. 311-335.
22. GENALIS, P. 1970 Elastic strength of propellers - an aulysis by matrix methods. Technical report. Report 3397. David Taylor Research Center.
23. GREELEY, D. AND KERWIN, J. 1982 Numerical methods for propeller design and analysis in steady flow. Trans. SNAME, vol 90.
24. HADLER, J. AND HECKER, R. 1968 Performance of partially submerged propellers. Proceedings: The 7th ONR Symposium on Naval Hydrodynamics. August.
25. HECKER, R. 1973 Experimental performance of a partially submerged propeller in inclined flow. SNAME Spring Meeting, Lake Buena Vista, FL, April.
26. HECKER, R. AND CROWN, D. 1970 Performance characteristics of partially-submerged propeller 4281 with varying number of blades at low advance coefficients. Technical report. 249-H-12. Naval Ship Resesarch and Development Center. November.
27. HELLE, H._AND HAGEMAN, L. 1980 Fatigue damage accumulation in marine propellers. International Shipbuilding Progress, 27, 312, pp. 193-210.
28. HSIN, C.-Y. 1990 Development and analysis of panel method for propellers in unsteady flow. Doctoral dissertation, Department of Ocean Engineering, Massachusetts Institute of Technology. September.
29. KERWIN, J., KINNAS, S., LEE, J.-T. AND SHIH, W.-Z. 1987 A surface panel method for the hydrodynamic analysis of ducted propellers. Trans. SNAME, 95.
30. KINNAS, s. AND FINE, N. 1991 Non-Linear Analysis of the Flow Around Partially or Super-Cavitating Hydrofoils by a Potential Based Panel Method. Proceedings: Boundary Integral Methods-Theory and Applications, Proceedings of the IABEM-Symposium, Rome, Italy, ·october 15-19, 1990. Springer-Verlag, Heidelberg, 289-300.
31. KINNAS, S. AND FINE, N. 1992 A nonlinear boundary element method for the analysis of unsteady propeller sheet cavitation. Proceedings: Nineteenth Symposium on Naval Hydrodynamics. August, 717-737.
32. KINNAS, s. AND FINE, N. 1993 A numerical nonlinear analysis of the flow around two- and three-dimensional partially cavitating hydrofoils. Journal of Fluid Mechanics, 254, September, 151-181.
33. KlNNAS, S. AND HsIN, C.-Y. 1992 A boundary element method for the analysis of the unsteady flow around extreme propeller geometries. AIAA Journal, 30, 3, II-larch, 688-696.
34. KINNAS, S., CHOI, J., LEE, H. AND YOUNG, J. 2000 Numerical cavitation tunnel. Proceedings: NCT50, International Conference on Propeller Cavitation. April 3-5.
35. KRUPPA, C. F. L. 1972 Testing partially submerged propellers. Proceedings: 13th ITTC Report of Cavitation Committee. Appendix V.
36. KRUPPA, C. F. L. 1992 Testing surface piercing propellers. Proceedings: Hydrodynamics: Computations, Model Tests, and Reality. May, pp. 107-113.
37. KUDO, T. AND KINNAS, S. 1995 Application of vortex/source lattice method on supercavitating propellers. Proceedings: 24th, American Towing Tank Conference. November 2-3.
38. KUDO, T. AND UKON, Y. 1994 Calculation of supercavitating propeller performance using a vortex-lattice method. Proceedings: Second International Symposium on Cavitation. April 5-7, 403-408.
39. Kuo, J. 1984 Analysis of propeller blade dynamic stresses. Doctoral dissertation, Department of Naval Architecture and Marine Engineering, The University of Michigan, Ann Arbor, MI.
40. Kuo, J. AND VORUS, W. 1985 Propeller blade dynamic stress. Proceedings: Tenth Ship Technology and Research (STAR) Symposium. May 21-24, pp. 39-69.
41. LEE, H. S. 2002 Modeling of developed tip vortex cavitation and unsteady wake alignment. Doctoral dissertation, Department of Civil Engineering, The University of Texas at Austin. August.
42. LEE, H. AND KINNAS, S. 2002 Pully unsteady wake alignment for propellers in non-axisymmetric flows. Proceedings: Journal of Ship Research. Submitted for publication.
43. LEE, J.-T. 1987 Apotentialbasedpanelmethod for the analysis of marine propellers in steady flow. Doctoral dissertation, Department of Ocean Engineering, Massachusetts Institute of Technology. August.
44. LEWIS, E. 1989 Vibration. Principles of Naval Architecture, 2, Chapter 7.
45. MILLER, w. AND SZANTYR, J. 1998 Model experiments with surface piercing propellers. Ship Technology Research, 45, February, pp. 14-21.
46. MORGAN, W. 1954 An approximate method of obtaining stress in a propeller blade. Technical report. Report 919. David Taylor Research Center.
47. MORINO, L. AND Kuo, C.-C. 1974 Subsonic Potential Aerodynamic for Complex Configurations: A General Theory. AIAA Journal, vol 12, no 2, February, pp 191-197
48. MUELLER, A. AND KINNAS, S. 1999 Propeller sheet cavitation predictions using a panel method. Journal of Fluids Engineering, 121, June, 282-288
49. NEWMARK, N. 1959 A method of computation for structural dynamics. Journal of Engineering Mechanics, pp. 67-94.
50. NOZAWA, K. AND TAKAYAMA, N. 2002a Experimental study on propulsive performance of surface piercing propeller. Journal of the Kansai Society of Naval Architects.
51. NOZAWA, K. AND TAKAYAMA, N. 2002b Hydrodynamic performance and exciting force of surface piercing propeller, Proceedings: Asia Pacific Workshop on Marine Hydrodynamics (APHydro 2002). May 21-23.
52. OBEREMBT, H. 1968 Zur bestimmung der instationii.ren fliigelkrafte bei einem propeller mit aus dem wasser herausschlagenden fliigeln. Technical report. Inst. fiir Schiffau der Universitat Hamburg, Bericht Nr. 247. Juli.
53. OLOFSSON, N. 1996 Force and flow characteristics of a partially submerged propeller. Doctoral dissertation, Department of Naval Architecture and Ocean Engineering, Chalmers University of Technology, Goteborg, Sweden. February.
54. OLOFSSON, N. 2001 Letter to the author and professor. s. a. kinnas. January 20.
55. PREVOST, J. 1997 Partitioned solution proceedure for simultaneous integration of coupled-field problems. Comm. in Num. Meth. in Eng., 13, pp. 239-247.
56. PREVOST, J. 2000 Dynaflow: A nonlinear transient finite element analysis program. Technical report. Princeton University.
57. RAINS, D. A. 1981 Semi-submerged propellers for monohull displacement ships. Proceedings: Propeller '81 Symposium. Society of Naval Architects and Marine Engineers, Virginia Beach, VA, May 26-27, pp. 15-40.
58. REYNOLDS, 0. 1874 On the effect of immersion on screw propellers. '.lransactions of Institute of Naval · Architecture, 2.
59. ROSE, J. C. AND KRUPPA, C. F. L. 1991 Surface piercing propellers - methodical series model test results. Proceedings: FAST'91. June.
60. ROSE, J. C., KRUPPA, C. F. L. AND KOUSHAN, K. 1993 Surface piercing propellers - propeller/hull interaction. Proceedings: FAST'93. December, pp. 867-881.
61. SAVINEAU, C. AND KINNAS, s. 1995 A numerical formulation applicable to surface piercing hydrofoils and propellers. Proceedings: 24th American Towing Tank Conference.
62. SCHOENHERR, K. 1963 Formulation of propeller blade strength. Proceedings: Spring Meeting, The Society of Naval Architects and Marine Engineers. April 25-27.
63. SHIBA, H. 1953 Air-drawing of marine propellers. Technical report. 9. Transportation Technical Research Institute. August.
64. SHIELDS, C. 1968 Performance characteristics of several partially submerged supercavitating propellers. Technical report. 2723. Naval Ship Resesarch and Development Center. July.
65. TABBARA, M., BLACKER, T. AND BELYTSCHKO, T. 1994 Finite element derivative recovery by moving least squares interpolants. Computational Methods in Applied Mechanical Engineeri.ng, 117, pp. 211-223.
66. TAYLOR, D. 1933 The speed and power of ships. Technical report. U.S. Governrnnet Printing Office, Wahsington, D.C.
67. TsusHIMA, H. 1972 Dynamic response of an elastic propeller to a non-uniform inflow. Doctoral dissertation, Department of Aerospace Engineering, Pennsylvania State University.
68. VILLAT, H. 1914 Sur la validite des solutions de certain problem d' hydrodynamique. Journal de Mathematiques, vol 6, No. 10, pp 231-290.
69. VORUS, W. S. 1991 Forces on surface-piercing propellers with inclination. Journal of Ship Research, 35, 3, pp. 210-218.
70. VORUS, W. 1981 Hydrodynamic added-mass matrix of vibrating ship based on a distribution of hull surface sources. SNAME Transactions, 89, pp. 397-416.
71. WANG, D. 1977 Water entry and exit of a fully ventilated foil. Journal of Ship Research, 21, pp. 44-68.
72. WANG, D. 1979 Oblique water entry and exit of a fully ventilated foil. Journal of Ship Research, 23, pp. 43-54.
73. WANG, G., ZHU, X. AND SHENG, Z. 1990a Hydrodynamic forces of a three-dimensional fully ventilated foil entering water. Journal of Hydrodynamics, 5, 2.
74. WANG, G., JIA, D. AND SHENG, Z. 1990b Hydrodynamic performance of partially submerged ventilated propeller. Shipbuilding of China.
75. WANG, G., JIA, D. AND SHENG, Z. 1992 Study on propeller characteristics near water surface. Proceedings: The 2nd Symposium on Propeller and Cavitation. September 1-4, pp. 161-168.
76. WANG, S. Y. 1995 Systemtische analyse von modellversuchen mit teilgetauchten propellrn. Doctoral dissertation, Technischen Unversitaet Berlin (D83).
77. YEGOROV, I. AND SADOVNIKOV, Y. 1961 Effect of instability on hydrodynamic characteristics of a propeller cutting the water surface. Sudostroyenige, pp. 15-17.
78. YOUNG, Y. L. 2002 Numerical modeling of supercavitating and surface-piercing propellers. Doctoral dissertation, Department of Civil Engineering, The University of Texas at Austin. May.
79. YOUNG, Y. AND KINNAS, s. 2000 Prediction of unsteady performance of surface-piercing propellers. Proceedings: 2000 Propeller and Shaft Symposium. Society of Naval Architects and Marine Engineers, Virginia Beach, VA, September 20-21.
80. YOUNG, Y. AND KINNAS, S. 2001 A BEM for the prediction of unsteady midchord face and/or back propeller cavitation. Journal of Fluids Engineeri.ng, 123, June, pp. 311-319.
81. th Symposium on Naval Hydrodynamics, July 8-13.
82. YOUNG, Y. AND KINNAS, s. 2003a Analysis of supercavitating and surface-piercing propeller flows via bem. Accepted to the Special Issue of Computational Mechanics Journal
83. YOUNG, Y. AND KINNAS, S. 2003b Numerical modeling of supercavitating propeller flows. Journal of Ship Research, 47, 1, March, pp. 48-62.
84. YOUNG, Y. AND KINNAS, s. 2003c Performance prediction of surface-piercing propellers. Submitted to Journal of Ship Research.
85. ZIENKIEWICZ, O. 2000 The Finite Element Method, 5th Edition. Oxford.