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Igor Rychlik
Igor Rychlik
Professor of Mathematical Statistics, Chalmers (retired)
Verified email at chalmers.se
Title
Cited by
Year
2019S-GS18-3 Comparative Study on Two Statistical Wave Load Models and Their Application to Fatigue Assessment
L De Gracia, H Wang, W Mao, N Osawa, I Rychlik, G Storhaug
Conference Proceedings The Japan Society of Naval Architects and Ocean …, 2019
2019
A class of non-Gaussian second order spatio-temporal models
K Podgórski, A Baxevani, I Rychlik
2008
A model of significant wave height for reliability assessment of a ship
K Podgorski, I Rychlik
Journal of marine systems 130, 109-123, 2014
112014
A new definition of the rainflow cycle counting method
I Rychlik
International journal of fatigue 9 (2), 119-121, 1987
6671987
A new method for modelling the space variability of significant wave height
A Baxevani, I Rychlik, RJ Wilson
Extremes 8 (4), 267-294, 2005
352005
A note on Durbin's formula for the first-passage density
I Rychlik
Statistics & probability letters 5 (6), 425-428, 1987
361987
A note on estimation of intensities of fire ignitions with incomplete data
J Rydén, I Rychlik
Fire safety journal 41 (5), 399-405, 2006
172006
A note on significant wave height
I Rychlik
Ocean engineering 23 (6), 447-454, 1996
101996
A spatial-temporal model for wind speeds variability
I Rychlik, A Mustedanagic
Department of Mathematical Sciences, Division of Mathematical Statistics …, 2013
22013
A spatial-temporal model of significant wave height fields with application to reliability and damage assessment of a ship
K Podgórski, I Rychlik
Department of Mathematical Sciences, Division of Mathematics, Chalmers …, 2012
22012
A statistical analysis of satellite data of wave parameters in the Mediterranean and Northern Atlantic Ocean
A Baxenavi, G Lindgren, I Rychlik, L Tual
COMKISS Scientific Report 31, 2000
62000
Analysis of a fluid structure interaction system under random gust
S Venkatesh, S Sarkar, I Rychlik
Safety, Reliability, Risk and Life-Cycle Performance of Structures and …, 2013
2013
Analysis of ocean waves by crossing-and oscillation-intensities
L Rychlik, MR Leadbetter
ISOPE International Ocean and Polar Engineering Conference, ISOPE-I-97-287, 1997
371997
Application of a ship-routing fatigue model to case studies of 2800 TEU and 4400 TEU container vessels
W Mao, Z Li, JW Ringsberg, I Rychlik
Proceedings of the Institution of Mechanical Engineers, Part M: Journal of …, 2012
352012
Approximation of crossing intensities for non linear responses subjected to non gaussian loadings
T Galtier, S Gupta, I Rychlik
International Conference on Offshore Mechanics and Arctic Engineering 49101 …, 2010
12010
AR (1) time series with autoregressive gamma variance for road topography modeling
P Johannesson, K Podgórski, I Rychlik, N Shariati
Probabilistic Engineering Mechanics 43, 106-116, 2016
322016
Assessment of full-scale measurements with regard to extreme hogging and sagging condition of container ships
W Mao, JW Ringsberg, Z Li, I Rychlik
International Conference on Offshore Mechanics and Arctic Engineering 44342 …, 2011
42011
Basic Probability
I Rychlik, J Rydén
Probability and Risk Analysis: An Introduction for Engineers, 1-19, 2006
2006
Central limit theorem for wave-functionals of Gaussian processes
V Piterbarg, I Rychlik
Advances in Applied Probability 31 (1), 158-177, 1999
101999
Chaos Expansions, Finite Elements, and Stochastic Mechanical Models
K Podgórski, I Rychlik
2009
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