..., The International Society of Offshore and Polar Engineers sustainability subsea system international journal sustainable development tank simulation offshore wind turbine fowt elevation moored fowt focused wave fw2 engineering social responsibility interaction wave numerical simulation polar...

.... The current vectors in the numerical simulation were adjusted by data assimilation, such that the net geometry in the numerical simulation was similar to that obtained from three global positioning system sensors and depth sensors attached to an actual net. The computational results show that if the local...

... sft uijttewaal equation coefficient submerged numerical simulation reservoir simulation inertia coefficient surface roughness subject engineering university experiment appl ocean res morison equation ruiter International Journal of Offshore and Polar Engineering (ISSN 1053-5381...

... asia government mp simulation numerical simulation green water load interaction particle method snapshot sph simulation fixed structure International Journal of Offshore and Polar Engineering (ISSN 1053-5381) Copyright © by The International Society of Offshore and Polar Engineers Vol. 33...

... function-based numerical simulations for various ocean environments. After training, short-term deterministic predictions were conducted for new environments, and the effects of ship motion records were investigated. The response amplitude operators were evaluated based on regular wave simulations...

... coefficient structural effect otter board artificial intelligence simulation experiment numerical simulation rectangular cambered otter board hydrodynamic nippon suisan gakkaishi ocean eng effect cambered otter board aoa hollow rectangular cambered otter board hydrodynamic coefficient polar...

...Yoshiyuki Shimizu; Masatoshi Sugihara; Katsutoshi Takeda; Wakaba Tsuruta _ Numerical simulations are conducted to investigate the dynamics and mechanical characteristics of saturated iron ore fines in bulk carriers by the roll motion using the microscopic fluid coupling scheme devised...

... potential theory (FNPT)-based quasiarbitrary Lagrangian Eulerian nite element method (QALEFEM) and the viscous ow method is applied in this paper for numerical simulation, by which the external potential ow domain is connected to the internal viscous ow domain; the corresponding solver is called...

... number of 5 X 10 4 . Discretization errors of numerically simulated response predictions were analyzed and validated against experimental measurements. The coupled dynamic normalized transverse response of the cylinder was measured and compared with numerically simulated responses. A particle image...

... are nowadays widely utilized to investigate the hydrodynamics of these problems. However, there are still many difficulties in numerical simulating wave-body interactions. A typical problem is how to track the body surface and enforce the boundary condition, especially when the body is not in stationary...

..., March 2022, pp. 1 6; httpsdoi.org/10.17736/ijope.2022.jc846 httpwww.isope.org/publications Numerical Simulation of Liquid Sloshing Using a Fully Nonlinear Potential Flow Model in the Noninertial Coordinate System Zaibin Lin*, Ling Qian* and Wei Bai Centre for Mathematical Modelling and Flow Analysis...

...Mohammed Islam; Mohamed Sayed; David Watson The present paper reports on comparisons between results from ice basin tests and numerical simulations. The tests were conducted in the model ice basin of the National Research Council Canada in St. John’s, Newfoundland. Those tests examined...

... numerical simulation research method nodule pick-up device collection flow artificial intelligence device models hydraulic collection coanda-effect-based model velocity distribution numerical method flow field suck-up-based model pick-up device experimental system International Journal...

...Yanyan Li; Jinshu Lu; Shiqiang Yan; Qingwei Ma; Windiman Asnim; Hanbin Sun; Zana Sulaiman This paper presents a numerical simulation of the interaction between focusing waves and a cylinder using a hybrid solver, qaleFOAM, which couples a fully nonlinear potential solver, QALE-FEM...

... a computational fluid dynamics simulation for the wave interaction with a cylinder, where a focused wave is approaching the cylinder and then strong wave impact pressure occurs on the surface of the cylinder. The numerical simulations were performed using the commercial software STAR-CCM+. The measured stroke...

... A unidirectional focused wave with a constant steepness spectrum of 32 components ranging from f1 = 0 34 Hz to fmax = 1 02 Hz is Fig. 3 Comparison of the water surface elevation between exper- generated using the piston-type wavemaker. The focusing distance iments and numerical simulations in an empty wave tank...

...Bo Han; Weiwen Zhao; Decheng Wan Wave focusing is one of the mechanisms that results in the generation of extreme waves. The accurate numerical simulation of the interaction between the focusing wave with a fixed vertical cylinder is presented in this paper, and the simulation is conducted using...

... method numerical result upstream oil & gas numerical simulation case 23001 wave interaction International Journal of Offshore and Polar Engineering (ISSN 1053-5381) httpwww.isope.org/publications Copyright © by The International Society of Offshore and Polar Engineers Vol. 31, No. 1, March...

...Shuo Zhai; Zhihua Liu Conformal rudder is a new kind of submarine stern control surface composed of a fixed fin and a rotatable rudder. Water tunnel tests and numerical simulations based on Reynolds-averaged Navier-Stokes method were carried out to research the open water hydrodynamic performance...

... of fatigue loads are imposed on the turbines in the wind farm as a result of the phenomenon of wake interaction. Therefore, numerical simulations of a wind farm con- taining multiple wind turbines are carried out to study character- istics of aerodynamic power and the significant wake interference effect...