Wave-induced ship hull vibrations in stochastic seaways

Marine Structures

Volumn 9, Issue 3-4 SPEC. ISS., 1996, Pages 353-387

  Juncher Jensen, J ^a   Dogliani, M ^b  

^a TECHNICAL UNIVERSITY OF DENMARK   (Denmark)

^b Registro Italiano Navale   (Italy)

Author keywords

[No Author keywords available]

Indexed keywords

APPROXIMATION THEORY; CALCULATIONS; DAMPING; DYNAMIC RESPONSE; FREQUENCY DOMAIN ANALYSIS; HYDRODYNAMICS; LOADS (FORCES); NONLINEAR EQUATIONS; PROBABILITY DENSITY FUNCTION; STATISTICAL METHODS; VIBRATIONS (MECHANICAL); WATER WAVE EFFECTS;

CONTAINERSHIPS; HERMITE SERIES EXPANSION; QUADRATIC STRIP THEORY; STOCHASTIC SEAWAYS; WAVE INDUCED LOADS;

HULLS (SHIP);

EID: 0029732910     PISSN: 09518339     EISSN: None     Source Type: Journal    
DOI: 10.1016/0951-8339(95)00031-3     Document Type: Article

References (32)

1. Juncher Jensen, J., Wave-induced ship hull vibrations: a review. The Shock and Vibration Digest, 12 (1980) 19-25.
2. ISSC'82, Committee II.4, Chapter 4, Wave excitation, (ed. Majewski) Gdansk, Poland, 1982.
3. ISSC'85, Committee II.4, Chapter 2, Excitation of Vibration-Waves, (eds Spinelli & Merega) Genova, Italy, 1985.
4. ISSC'88, Committee I.2, Environmental Forces, (eds Pedersen & Jensen) Copenhagen, Denmark, 1988.
5. ISSC'91, Committee V.1, Applied Design, (eds Hsu & Wu) Wuxi, China, 1991.
6. Juncher Jensen, J. & Terndrup Pedersen, P., On the calculation of the joint probability density of slightly non-linear stochastic processes. ZAMM, 58 (1978) T 481-T 484.
7. Juncher Jensen, J. & Terndrup Pedersen, P., Wave-induced bending moments in ships - a quadratic theory. Trans. RINA, 121 (1979) 151-165.
8. Juncher Jensen, J. & Terndrup Pedersen, P., Bending moments and shear forces in ships sailing in irregular waves. J. Ship Res., 24 (1981) 243-251.
9. Madsen, A.H. & Juncher Jensen, J., On a non-linear stochastic wave theory and Morison's formula. In Proc. 8th Joint Int. Conf. on Offshore Mechanics and Polar Engineering (OMAE'89), The Hague, Holland, 19-23 March 1989.
10. Juncher Jensen, J., Fatigue damage due to non-Gaussian responses. J. Engng Mech. Div. ASME, 116 (1990) 240-246.
11. Juncher Jensen, J., Fatigue analysis of ship hulls under non-Gaussian wave loads. Marine Struct., 4 (1991) 279-294.
12. Juncher Jensen, J., Buus Petersen, J. & Terndrup Pedersen, P., Prediction of non-linear wave-induced loads on ships. In Proc. IUTAM Symposium on the Dynamics of Marine Vehicles and Structures in Waves, Brunel University, London, 24-27 June, 1990.
13. Juncher Jensen, J., Terndrup Pedersen, P. & Buus Petersen, J., Stresses in containerships. Jahrbuch der Schiffbautechnischen Gesellschaft, 86 (1992) 143-150.
14. Juncher Jensen, J., Dynamic amplification of offshore steel platform responses due to non-Gaussian wave loads. Marine Struct., 7 (1994) 91-105.
15. Naess, A., Statistical analysis of second-order response of marine structures. J. Ship Res., 29 (1985) 270-284.
16. Flokstra, C., Comparison of ship motion theories with experiments for a container ship. Int. Shipbuilding Progress, 21 (1974) 168-189.
17. Andersen, P. & He, W., On the calculation of two-dimensional added mass and damping coefficients by simple Green's function technique. Ocean Engng, 12 (1985) 425-451.
18. Tasai, F., On the damping force and added mass of ships heaving and pitching. Reports of Research Institute for Applied Mechanics, Japan, VII (1959).
19. Winterstein, S.R., Nonlinear vibration models for extremes and fatigue. ASCE, J. Engng Mech. Div., 114 (1988) 1772-1790.
20. Vanmarcke, E.H., On the first-passage time for normal stationary random processes. J. Appl. Mech., Trans ASME, (1975) 215-220.
21. Ditlevsen, O. & Lindgren, G., Empty envelope excursions in stationary Gaussian processes. J. Sound and Vibration, 122 (1988) 571-587.
22. Mansour, A.E., Extreme value distributions of wave loads and their application to marine structures. In Proc. Marine Structural Reliablity Symposium, Arlington, Virginia, 1987.
23. Longuet-Higgins, M.S., Modified Gaussian distribution for slightly non-linear variables. Radio Science, National Bureau of Standards, 68D (1964) 1049-1062.
24. Naess, A., Statistics of combined linear and quadratic springing response of a TLP in random waves. OMAE'93 Proc., Glasgow, 1993 vol. II. pp. 201-210.
25. Dogliani, M., Application of the Kac-Siegert method to non-linear vertical wave bending moment. Report Brite-Euram project 4554, No. 1.3R-03 (A), 1992.
26. Hogben, N., Dacunha, N.M.C. and Olliver, G.F., Global Wave Statistics, British Maritime Technology, Unwin Brothers Ltd., UK, 1986.
27. Cramer, E.H. & Friis-Hansen, P., Stochastic modeling of long term wave induced responses of ship structures. Marine Struct., 7 (1994) 557-566.
28. Belik, Ö., Bishop, R.F.D. & Price, W.G., Influence of bottom and flare slamming on structural responses. Trans. RINA, 130 (1988) 261-275.
29. Wirsching, P.H. & Light, M.C., Fatigue under wide band random stresses. J. Struct. Div., ASCE, 106 (1980).
30. Naess, A., Approximate first-passage and extremes of narrow-band Gaussian and non-Gaussian random vibrations. J. Sound and Vibration, 138 (1990) 365-380.
31. Jensen, J.J., Banke, L. & Dogliani, M., Long-term predictions of wave-induced loads using a quadratic strip theory. In Proc. Int. Conf. on Ship and Marine Research (NAV'94), Rome, 5-7 October 1994.
32. Mansour, A.E. & Jensen, J.J., Slightly non-linear extreme loads and load combinations. J. Ship Res., 39 (1994) 139-149.