... ship diagram oblique wave boundary value problem body surface velocity potential resistance 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...

... froude number 0 ittc boundary value problem ship simonsen coefficient green function ship motion equation rao irspeed 0 marine transportation forward speed exp forward speed correction frequency domain Proceedings of the Thirty-second (2022) International Ocean and Polar Engineering...

... is entrapped between the wall and the wave. The associated mixed boundary value problem (BVP) involves dual trigonometrical series and is solved for the leading order. A perturbation method is applied to cope with the kinematic and dynamic free surface boundary conditions. Results are derived for the velocity...

... Lagrangian-Eulerian (ALE) approach is adopted in the time marching process. The corresponding boundary value problem is solved by the higher-order boundary element method (HOBEM) at each time step. A comparative study has been performed to investigate the interaction of steep focused wave groups with a fixed...

... energy dissipation porosity breakwater coefficient fpso analysis solution reservoir characterization boundary condition equation ocean eng transmission boundary value problem poroelastic medium An Analysis Solution for Wave Propagating through a Fixed and Floating Poroelastic Medium Yuan...

... Lagrangian-Eulerian (ALE) approach is employed in the time marching process. The corresponding boundary value problem is solved by the higher-order boundary element method (HOBEM) at each time step. The proposed model is validated by comparison with the published experimental results and other numerical...

... reservoir characterization analytical solution permeability poroelastic media boundary value problem coefficient boundary condition flow in porous media upstream oil & gas interaction fluid dynamics poroelastic medium lan transmission coefficient An Analysis Solution for Wave Propagating...

... of analytical computation and the general application field of FEMs, keeping the approach and implementation simple. In this paper the hanging mooring line is modeled as a nonlinear extensible elastic string handling only traction along the centerline. The two point boundary value problem (TPBVP) static...

... boundary value problem offshore desingularized technique brosset fsid upstream oil & gas free surface isope simulation tank calculation equation maximum velocity computation density ratio interface wave impact velocity potential wave shape scolan Numerical simulation...

... current velocity potential wec efficiency steepness kr 1 interaction problem interaction free surface numerical wave tank cylindrical wec boundary condition nwt cylinder sustainable development wec efficiency boundary value problem sustainability reservoir simulation Effects of wave...

... nonlinearity submergence nonlinear simulation free surface kr 1 nonlinearity heave force boundary value problem submerged circular cylinder boundary condition mean submergence cylinder hydrodynamic force large-amplitude heave motion Nonlinear Simulation of a Submerged Circular Cylinder...

... boundary condition fluid dynamics permeability poro-elastic submerged breakwater interaction flow in porous media lan breakwater poro-elastic submerged structure submerged breakwater boundary value problem Analysis of Wave Interaction with an Adjoining-Type of Composite Poro-Elastic Submerged...

...) gave an analytical solution to the problem for the case of isotropic unsaturated medium, while Madsen (1978) considered a hydraulically anisotropic unsaturated seabed. boundary value problem flow in porous media reservoir characterization thickness shear stress solitary wave linear wave...

... & gas coupling effect time derivative frequency ship motion faltinsen rognebakke boundary value problem equation free surface sway motion velocity potential experimental result potential theory simulation numerical simulation boundary condition nonlinear tank body motion Nonlinear...

... oil & gas liquified natural gas lloyd gas monetization floating production system ship motion amplitude natural frequency tank flow boundary value problem beam sea condition liquid surface velocity potential model radiation potential experimental data fpso lng upstream oil...

... of solution, a three-dimensional Rankine panel method based on B-spline basis function is applied. At every time step, computational grids are distributed on the exact body surface and incident wave surface, and the corresponding boundary value problem is solved. Numerical computations are carried out...

...) have used a similar transforma- tion and the Crocco transformation techniques to reduce the classical Blasius equation into a second-order nonlinear sin- gular two-point boundary value problem (BVP), and assured the existence, uniqueness and analyticity of positive solution. The solutions of Blasius...

...) is employed to solve the boundary value problem at each time step. The fourth-order predictor-corrector Adams-Bashforth- Moulton (ABM4) scheme is used for the time-stepping integration of instantaneous free surface boundary conditions. A damping layer near the end-wall of wave tank is added to absorb...

... if it is rather well known and for the sake of clarity, first we briefly present the general methodology for linear seakeeping of the single body. equation drift force body motion field method notation boundary value problem integration different method application barge configuration single...

... Numerical models based upon the linear potential theory have proved be efficient tools to predict the behavior of floating structures. Generally, there are two main classes of numerical techniques to solve the wave diffraction and radiation boundary value problems for velocity potentials when a floating...