FATIGUE OF MATERIALS;
MATHEMATICAL MODELS;
NORMAL DISTRIBUTION;
STATISTICAL METHODS;
STRESS CONCENTRATION;
TROPICS;
WATER WAVE EFFECTS;
WATER WAVES;
WEIBULL DISTRIBUTION;
Methods for predicting long term distributions of wave loads and probability of failure for ships, Part 1, Environmental conditions and short term response
DNV Report No. 71-2-S
Nordenstrøm N. Methods for predicting long term distributions of wave loads and probability of failure for ships, Part 1, Environmental conditions and short term response. DNV Report No. 71-2-S, 1973.
Dynamic analysis of gravity platforms subjected to random wave excitation
Invited paper San Francisco
Moan T, Syvertsen K, Haver S. Dynamic analysis of gravity platforms subjected to random wave excitation, Invited paper, Spring Meeting and Star Symposium-SNAME, San Francisco; 1977.
Analysis of uncertainties related to the stochastic modeling of ocean waves
Ph.D. thesis, Norway: Norwegian Institute of Technology, Trondheim
Haver S. Analysis of uncertainties related to the stochastic modeling of ocean waves. Ph.D. thesis, Norway: Norwegian Institute of Technology, Trondheim; 1980.
Analysis of the seasonality in non-stationary time series of significant wave height
A.A. Balkema Rotterdam
C. Guedes Soares A.M. Ferreira Analysis of the seasonality in non-stationary time series of significant wave height, Computational Stochastic Mechanics 1995 A.A. Balkema Rotterdam p. 559-78
Model uncertainty in the long-term distribution of wave-induced bending moments for fatigue design of ship structures
C. Guedes Soares T. Moan Model uncertainty in the long-term distribution of wave-induced bending moments for fatigue design of ship structures Marine Struct 4 1991 295-315
Closed form expressions for determining the fatigue damage of structures due to ocean waves
OTC Paper No. 2606
Nolte KG, Hansford JE. Closed form expressions for determining the fatigue damage of structures due to ocean waves. In: Proceedings of the offshore technology conference, OTC Paper No. 2606, 1976.