Jawalageri, SatishSatishJawalageriJalilvand, SorooshSorooshJalilvandMalekjafarian, AbdollahAbdollahMalekjafarian2024-05-212024-05-212022 CERI-2022-08-26978-0-9573957-5-6http://hdl.handle.net/10197/26019The 2022 Civil Engineering Research in Ireland (CERI) and Irish Transportation Research Network (ITRN) Conference, Dublin, Ireland, 25-26th August 2022This paper investigates the dynamic behaviour of an offshore wind turbine (OWT) supported on medium dense sand using an integrated load assessment. An integrated modelling approach is introduced to allow for considering aerodynamic and hydrodynamic loading and also soil-structure interaction. A numerical model of the NREL 5MW monopile-supported OWT is initially developed in OpenFAST software. The foundation of the structure is modelled using SESAM software where soilstructure interaction is adopted using API curves and integrated to the OpenFAST model using the stiffness values at mudline level. The integrated model provides a better understanding of the structural behaviour of OWT under various environmental conditions.enOffshore wind turbinesWavesWindLoad assessmentIntegrated modelMonopileSoil-structure interactionConference Publication2023-08-18EBPPG/2020/259https://creativecommons.org/licenses/by-nc-nd/3.0/ie/