Nonlinear problems have drawn great interest and extensive attention from engineers,
physicists and mathematicians and many other scientists because most real systems are …

Offshore installations must be built to resist fatigue as well as extreme forces caused by
severe environmental conditions. The structural reliability analysis is the popular practise to …

Floating wind turbines can be the most practical and economical way to extract the vast
offshore wind energy resources at deep and intermediate water depths. The Norwegian …

The cost of offshore wind turbine substructures has a significant impact on competitiveness
of the wind energy market and is affected by conservative safety margins adopted in the …

Time domain simulation is the best-known approach to solving structural dynamics of
offshore structures. However, being time-consuming, particularly for long-term analysis, and …

The impact of wave model nonlinearities on the design loads of wind turbine monopile
foundations is delineated based on a second-order nonlinear random wave model that …

For the vibration of long-served offshore platforms induced by working equipment, it is very
difficult to determine the relevant parameters such as structural stiffness, mass and exciting …

The present work identifies the qualitative hydro-elastic contributions to fatigue damage on
large volume monopiles intended for use in the offshore wind energy industry. Although …

A quadratic Volterra model with a finite nonlinear memory effect was introduced and applied
to the time series prediction of a slender marine structure exposed to the Morison load. First …

Mean load effects on the fatigue life of offshore wind turbine monopile foundations Page 1
General rights Copyright and moral rights for the publications made accessible in the public …