... is located at the position of one time the ship s length from the bow, the pressure outlet is located at the position of 2 times the ship's length from the stern, and in the width direction, the distance from the boundary of the computational domain to the symmetry plane is twice the length of the ship...

... body theory method to predict entire divergent pattern. elevation wave probe computational domain breakwater bow wave equation potential flow theory water elevation fluid dynamics ship bow wave wavemaker boundary condition preliminary study upstream oil & gas simulation grid...

... computational domain breakwater shear stress dentale wind stress simulation international conference Proceedings of the Thirty-second (2022) International Ocean and Polar Engineering Conference Shanghai, China, June 5 10, 2022 Copyright © 2022 by the International Society of Offshore and Polar...

..., functional-decomposition coupling and domain-decomposition coupling (Li, 2018). The functional-decomposition coupling method considered solving the whole problem in the same computational domain, for example, Helmholtz velocity decomposing theorem (Morino, 1986) is a common functional-decomposition coupling...

... reservoir simulation recurved parapet wave elevation black line qalefoam vertical wall hybrid model ma qw red line computational domain parapet engineering solver wave interaction investigation upstream oil & gas interaction model test configuration international journal...

... and against the measured data to provide insights into the effects of the different modeling approaches in wind turbine CFD simulations. sustainable development wind turbine calculation cfd simulation wind energy grid computational domain social responsibility geometry verification study grid...

... and the other is a matrix based on the has a speedup of up to 3 orders of magnitude in comparison with CFD. computational domain in the CFD method. Compared with the target Zhao, Meng et al. (2020) compared two common machine learning values, the predicted results of both algorithms show great agreement...

.... wave breaking resistance coefficient ship model different trim angle simulation experiment bow wave breaking dde model computational domain numerical investigation bow wave trim angle upstream oil & gas simulation result entrainment air entrainment Proceedings of the Thirty-first...

... the whole and 0.5. Finally, the energy dissipation in the gently plunging breaking computational domain which leads to the consumption of excessive wave and strong plunging wave was investigated. computing resources and affects computing efficiency. The use of adaptive mesh refinement strategy can well...

... upstream oil & gas computational domain constant slope wave propagation flow in porous media simulation morphological simulation beach reservoir characterization discretization ripple wave period leftheriotis numerical result numerical model morphological evolution sediment...

... of the flap inertia. engineering boundary condition boundary sph reservoir characterization particle horizontal velocity absorption open particle upstream oil & gas computational domain coastal engineering open boundary interaction relaxation particle open relaxation boundary wave...

... computational domain bubble collapse upstream oil & gas wave propagation method discontinuity physics zhang fluid dynamics numerical analysis pressure wave emitted five-equation model equation of state ambient pressure numerical result supponen explosion free surface pressure gradient...

... production logging droplet free surface bubbly wake flow bubbly wake transom stern air entrainment interface reservoir surveillance international society centerline computational domain characteristic wave region Proceedings of the Thirty-first (2021) International Ocean and Polar Engineering...

... rates in the range of up to 0.20g, which puts severe challenges on ship's battery capacity, the power of the e-motors and propulsion system, with manifold side-effects on ship design and operation (Papanikolaou, 2020). marine transportation xing-kaeding computational domain unsteady forward...

... (Ning, Zang et al. 2009), and the numerical simulation results fitted the experimental results well. wave tank numerical simulation experimental result reservoir simulation numerical wave tank experiment inlet boundary cylinder computational domain free surface elevation grid renewable...

... simulation extreme sea condition wavemaker wave elevation interaction fluid dynamics cfd simulation computational domain wave impact load impact load boundary experimental data Study on Interaction of Steep Focused Waves with Fixed Cylinder Based on CFD Method Qiang Wang1, Zhi-Tao Zhai1, Kang...

... requires a large computational domain allowing a completed development of the spectrum and associated nonlinearities; whereas near the structures, the wave breaking may occur and small-scale physics, e.g. the viscous/turbulent effects, may be important. This implies that a reliable numerical simulation...

... computational domain investigation wave profile plunger surface tension water jet Numerical simulation of plunging breaking waves on a ship bow by a two-phase flow solver Qiu Jin, Dominic Hudson, Pandeli Temarel Fluid Structure Interactions Group, Faculty of Engineering and Physical Sciences...

... validation computational result computational domain boundary reservoir simulation wind turbine refresco free surface experimental result floater regular wave 1 regular wave condition experimental data equation CFD Simulation of Semi-Submersible Floating Offshore Wind Turbine under Regular...

... reservoir simulation computational domain numerical simulation turbulence model grid uncertainty analysis computational model simulation result numerical simulation result calculation result validation process convergence ship model equation CFD uncertainty analysis on a calibration ship...