... turbulence triangle length scales. fluid–structure interaction hydrodynamics References [1] Kiya , M. , Tamura , H. , and Arie , M. , 1980 , “ Vortex Shedding From a Circular Cylinder in Moderate-Reynolds-Number Shear Flow ,” J. Fluid Mech. , 101 ( 4 ), pp. 721 – 735...

...: csaba.pakozdi@sintef.no Email: hans.bihs@ntnu.no computational fluid dynamics design of offshore structures fluid–structure interaction hydrodynamics ocean waves and associated statistics References [1] Rosenberg , E. , Lind , A. , and Espegren , K. A. , 2013...

... of offshore structures dynamics of structures fluid-structure interaction hydrodynamics ocean waves and associated statistics offshore safety and reliability probabilistic model of forces and motions probability and spectral wave modeling reliability based codes and guidelines wave mechanics and wave...

... or two orders of magnitude than those of the ship. It is concluded that whereas the influence of hydrodynamic interactions primarily influences the motions of the ice floe, hydrodynamic interactions are significant attributes of the ship-ice system dynamics. fluid-structure interaction hydrodynamics...

...@hrbeu.edu.cn Email: dzning@dlut.edu.cn Email: jinpeng@scut.edu.cn 1 Corresponding author. Email: jz235@bath.ac.uk Email: hd484@bath.ac.uk computational fluid dynamics fluid-structure interaction hydrodynamics ocean energy technology References [1] Vicinanza...

... dissipation coefficient coastal engineering fluid-structure interaction ocean space utilization wave mechanics and wave effects References [1] Lu , L. , Teng , B. , Sun , L. , and Chen , B. , 2011 , “ Modelling of Multi-Bodies in Close Proximity Under Water Waves...

... cantilevered pipe end-mass internal flow effect natural frequency paradox explanation fluid–structure interaction pipeline technology References [1] Sazesh , S. , and Shams , S. , 2019 , “ Vibration Analysis of Cantilever Pipe Conveying Fluid Under Distributed Random...

... = instantaneous phase of the relative velocity ϕ v = instantaneous phase of vortex force ω = regular wave frequency ω 0 = wave frequency ω e = wave encounter frequency fluid–structure interaction hydrodynamics top-tensioned riser wave current interaction...

... = case with a large HP OC4 = Offshore Code Comparison Collaboration flow-induced motions (FIM) floating offshore wind turbines (FOWT) model tests design of offshore structures fluid–structure interaction vortex-induced vibration References [1] Blevins , R. D...

... modes wave–structure 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...

... to the loading on the surrounding waterway. Hence, the contemporary ship fleet in operation induces the need to consider ship-generated wave loads during the design of waterway infrastructure. coastal engineering computational fluid dynamics fluid–structure interaction wave mechanics and wave...

... 2022 03 10 2022 03 10 2022 11 11 2022 water wave scattering partially immersed barriers thick bottom-standing barrier Chebychev and Gegenbauer polynomials Galerkin technique reflection and transmission coefficients design of offshore structures fluid–structure interaction...

... disclaims all interest in the U.S. Government’s contributions. 21 03 2022 19 09 2022 21 09 2022 20 10 2022 macroalgal cultivation free-floating longline binary culture kelp hydrodynamic force fluid-structure interaction hydrodynamics Advanced Research Projects...

.... , and Braza , M. , 2019 , “ Galerkin-Free Model Reduction for Fluid-Structure Interaction Using Proper Orthogonal Decomposition ,” J. Comput. Phys. , 396 , pp. 579 – 595 . 10.1016/j.jcp.2019.06.073 [13] Shinde , V. J. , and Gaitonde , D. V. , 2021 , “ Lagrangian Approach for Modal...

... proper orthogonal decomposition computational fluid dynamics fluid–structure interaction hydrodynamics The phenomenon of vortex-induced vibration (VIV) has been a core interest of fluid–structure interaction studies for many years. Feng [ 1 ] performed an experiment of a cylinder in air...

... difference 5.87% 3.65% 5.36% flow-induced vibration splitter plate plate length plate location vibration pattern computational fluid dynamics fluid-structure interaction hydrodynamics National Natural Science Foundation of China 10.13039/501100001809 51979238...

... with a gap integral equation boundary element method Galerkin approximation ultraspherical Gegenbauer polynomials reflection and transmission coefficients fluid–structure interaction The problem of water wave diffraction by some obstacles of different geometrical shapes has been studied...

... of O ffshore M echanics and A rctic E ngineering . 19 01 2022 11 06 2022 11 06 2022 29 07 2022 UXO underwater explosion structure dynamics fluid–structure interaction subsea pipeline An underwater unexploded ordnance (UXO) is a potential hazard to subsea...

... . 21 02 2022 13 04 2022 14 04 2022 20 06 2022 monopile scour protection volume-averaged k-ω turbulence model porous flow openFOAM computational fluid dynamics fluid-structure interaction Offshore wind energy is developing rapidly as a principal source of renewable...

...Decao Yin Deepwater steel lazy wave risers (SLWR) subject to vessel motion will be exposed to time-varying oscillatory flow, vortices could be generated and the cyclic vortex-shedding force causes the structure vibrate, such fluid–structure interaction is called vortex-induced vibrations (VIV...