...) bubbles are formed, and the uid moves violently in space. Therefore, to truly simulate the slamming process, an effective three-dimensional viscous ow model is necessary (Song et al., 2022). This strongly nonlinear process is challenging for mesh-free methods as well as mesh-based methods (Ye et al...

... for turbulence closure modeling (Mimouni et al., 2010), and (iii) it could also potentially use a discrete forcing method to represent the seabed or obstacles with no impact on the mesh (Benguigui et al., 2018, 2019). The considered vertical wall is equipped with a recurve in its upper part, a classical civil...

... offshore wind turbine interaction mesh uniform wind motion response International Journal of Offshore and Polar Engineering (ISSN 1053-5381) Copyright © by The International Society of Offshore and Polar Engineers Vol. 32, No. 1, March 2022, pp. 39 48; httpsdoi.org/10.17736/ijope.2022.jc841...

...) simulations. The numerical study is conducted on the generic submarine model BB2 in model scale with STAR-CCM+. Overset mesh technology is used to simulate the body in six degrees of freedom. The simulation is controlled via a JAVA program. Appropriate proportional-integral-derivative (PID) gains are used...

... of Offshore and Polar Engineers siemen plm polar engineering international journal homogeneous fluid vortex structure spedding vortice stratified fluid fluctuation computational analysis drag force contour stratification upstream oil & gas simulation fluid mech mesh density...

... Engineers higuera simulation international journal surface elevation interaction resolution cylinder mesh case 1 equation artificial intelligence engineering time step boundary lagrangian model cell size cfd model cfd simulation flume case 3 time series International Journal...

... amplitude viscosity mesh history curve wavemaker 1 9 2020 23 1 2021 1 3 2021 1 3 2021 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...

...Hao Chen; Zaibin Lin; Ling Qian; Zhihua Ma; Wei Bai This paper presents the numerical modelling of two point absorber wave energy converters (WECs) with and without a moonpool under focused wave conditions. The numerical model applies the overset mesh technique in order for the mesh to conform...

... taken to run a simulation is notoriously long, but this can be decreased through use of a larger computational resource. However, an often overlooked factor is the man-hours required to set up a case through processes such as mesh design; this has the potential to be considerably more time-consuming...

... unstructured meshes. The paper presents details of the FNPF-SEM development, and a model is illustrated to exhibit exponential convergence for steep stream function waves to serve as validation. The model is then applied to the case of focused waves impacting on a surface-piercing, fixed FPSO-like structure...

... Interaction ns domain Engineering mesh computational domain wave elevation interaction boundary numerical study ns model wave-structure interaction 1 6 2019 1 6 2019 2019. The International Society of Offshore and Polar Engineers International Journal of Offshore and Polar...

... 3 2018 social responsibility renewable energy ocean energy sustainability OpenFOAM sustainable development Upstream Oil & Gas oscillation navier-stoke solver reservoir simulation Simulation seaward wall experiment compressibility effect Henry mesh wave energy device...

... in the simulation decreases. 1 9 2014 1 9 2014 2014. The International Society of Offshore and Polar Engineers social responsibility obstacle experiment configuration sustainable development renewable energy mesh lattice boltzmann model lattice Boltzmann method comparative study...

...Zhirong Shen; Decheng Wan RANS computations of a ship with heave and pitch motions in head waves are presented. The added resistance, heave and pitch motions are investigated numerically. The computations are based on volume of fluid (VOF) and dynamic deformation mesh methods, discretized by finite...

... offshore pipeline modeling mesh Midstream Oil & Gas pipeline strain demand continuum modeling continuum model pipeline leak detection displacement equation ice-gouging process soil deformation interaction strain demand burial depth subgouge deformation continuum approach deformation...

... net cage mesh mesh bar numerical simulation hydrodynamic behavior Upstream Oil & Gas Float Collar diameter gravitycage equation experimental result experimental data gravity cage numerical model hydrodynamic coefficient line force International Journal of Offshore and Polar...

... buckling mode throughout the collapse behaviour. stiffener plate element plate unit shape function thrust strength deflection ultimate strength Fujikubo girder ISUM Artificial Intelligence mesh collapse analysis longitudinal thrust double-bottom structure deformation load-displacement...

..., which can be represented as 2 separate n×n matrices: one of magnitudes and one of phases. The magnitude and phase transfer function matrices for wave probe location 6 are shown Fig. 2 Comparison of meshing options used in hydrodynamic analysis Fig. 3 Modulus and phase of second-order quadratic transfer...