... 2023 Email: hui.cheng@uis.no Email: muk.c.ong@uis.no Email: lin.li@uis.no design of offshore structures dynamics of structures fluid-structure interaction hydrodynamics ocean space utilization Accepted Manuscript Not Copyedited Journal of Offshore Mechanics and Arctic...

... Conference NWT = numerical wave tank OWC = oscillating water column VOF = volume of fluid computational fluid dynamics fluid-structure interaction hydrodynamics ocean energy technology wave mechanics and wave effects References [1] Fakuda , K. , 1977...

...@dundee.ac.uk hydrokinetic energy current loads plate array computational fluid dynamics coastal engineering fluid–structure interaction hydrodynamics ocean energy technology References [1] Yuce , M. I. , and Muratoglu , A. , 2015 , “ Hydrokinetic Energy Conversion...

... studies on offshore engineering problems should be carried out. In this paper, the two-dimensional fluid–structure interaction (FSI) problem of a PMTLD installed on a floating platform undergoing wave excitations is considered. The coupling algorithm for fluid and structural dynamics has to satisfy...

... hydromechanics boundary element methods (BEM) ship–ice–wave interactions regular waves fluid–structure interaction hydrodynamics offshore structures and ships in ice In recent years, global warming led to sea ice melting and thinner ice in the polar regions. This resulted in more dynamic ice fields...

... echanics and A rctic E ngineering . 01 10 2022 12 02 2023 13 02 2023 16 03 2023 mean velocity bluff bodies turbulence triangle length scales. fluid–structure interaction hydrodynamics The flow over bluff bodies of different shapes is omnipresent in nature...

... E ngineering . 24 06 2022 17 02 2023 17 02 2023 16 03 2023 computational fluid dynamics design of offshore structures fluid–structure interaction hydrodynamics ocean waves and associated statistics The urgency in increasing the share of renewable energy...

... Division of ASME for publication in the J ournal of O ffshore M echanics and A rctic E ngineering . 27 07 2022 17 11 2022 19 11 2022 13 03 2023 computational mechanics and design design of offshore structures dynamics of structures fluid-structure interaction...

... 10 02 2023 10 02 2023 07 03 2023 computational fluid dynamics fluid-structure interaction hydrodynamics ocean energy technology Engineering and Physical Sciences Research Council 10.13039/501100000266 EP/M022382/1 Royal Academy of Engineering 10.13039...

... porous structure elastic plate eigenfunction expansion method wave force on the wall reflection coefficient dissipation coefficient coastal engineering fluid-structure interaction ocean space utilization wave mechanics and wave effects Council of Scientific and Industrial Research...

... ngineering . 23 05 2022 10 01 2023 11 01 2023 09 02 2023 cantilevered pipe end-mass internal flow effect natural frequency paradox explanation fluid–structure interaction pipeline technology National Natural Science Foundation of China 10.13039/501100001809...

... and reduced velocity: the maximum N increases with KC; at each KC number, N decreases with reduced velocity. Norges Forskningsråd 10.13039/501100005416 308832 fluid–structure interaction hydrodynamics top-tensioned riser wave current interaction 16 06 2022 29 11 2022...

.... , and Sheridan , J. , 2014 , “ Fluid–Structure Interaction of a Square Cylinder at Different Angles of Attack ,” J. Fluid Mech. , 747 , pp. 688 – 721 . 10.1017/jfm.2014.167 [3] Yin , D. , Passano , E. , Jiang , F. , Lie , H. , Wu , J. , Ye , N. , Sævik , S...

... interactions nonlinear wave kinematics soil–structure interactions. design of offshore structures dynamics of structures fluid–structure interaction geotechnology and foundation engineering ocean energy technology structural mechanics and foundation wave mechanics and wave effects Passing from...

... computational fluid dynamics fluid–structure interaction wave mechanics and wave effects In past decades, the ship fleet traveling waterways has changed remarkably. Due to the reduction in cost on a per container basis with increasing ship sizes, the freight capacity and the outer dimensions...

... and Gegenbauer polynomials Galerkin technique reflection and transmission coefficients design of offshore structures fluid–structure interaction hydrodynamics Science and Engineering Research Board 10.13039/501100001843 TAR/2022/000107 In the past few decades, the vertical breakwater...

... entanglement is to use fully nonlinear fluid-structure interaction and computational fluid dynamics software to simulate waves and current interacting with multiple kelp blades. In such a model, body-to-body contact can be simulated. Entanglement is one of the main considerations for future studies using...

... vortex-induced vibration hydrodynamic forces. computational fluid dynamics fluid–structure interaction hydrodynamics Vortex-induced vibration (VIV) is a commonly observed fluid–structure interaction phenomenon. In offshore technology, VIV will lead to a reduction of fatigue life of many...

... profiles, and the Reynolds stress profiles can be found in Ref. [ 18 ]. Based on these results, it can be concluded that the simulations results are in a very good agreement with the experimental data. The present numerical model appears to be suitable for investigating fluid–structure interaction problems...

... is modeled by the two-dimensional unsteady incompressible Navier–Stokes (N–S) equations, including the continuity and momentum equations. In order to fix the fluid-structure interaction, an arbitrary Lagrangian–Eulerian (ALE) reference frame is employed as follows: (2) ∂ u i ∂ x i = 0...