A non-linear wave decomposition model for efficient wave–structure interaction. Part A: Formulation, validations and analysis
This paper deals with the development of an enhanced model for solving wave–wave and
wave–structure interaction problems. We describe the application of a non-linear splitting …
wave–structure interaction problems. We describe the application of a non-linear splitting …
RANS simulations of a CALM buoy in regular and irregular seas using the SWENSE method
This paper presents recent advances of the SWENSE (Spectral Wave Explicit Navier-Stokes
Equations) approach, a method for simulating fully nonlinear wave-body interactions …
Equations) approach, a method for simulating fully nonlinear wave-body interactions …
Computation of nonlinear wave reflections and transmissions from submerged horizontal cylinder
T Schønberg, JR Chaplin - International Journal of Offshore and Polar …, 2003 - onepetro.org
Nonlinear irrotational 2-D wave-body interactions are investigated using an indirect
Desingularised Boundary Integral Equation Method with fully nonlinear free-surface …
Desingularised Boundary Integral Equation Method with fully nonlinear free-surface …
Time-domain wave diffraction of two-dimensional single and twin hulls
S Maiti, D Sen - Ocean Engineering, 2001 - Elsevier
The nonlinear diffraction of 2D single and twin hulls are studied by employing a mixed
Eulerian–Lagrangian model based on a higher-order cubic-spline boundary element solver …
Eulerian–Lagrangian model based on a higher-order cubic-spline boundary element solver …
[图书][B] Computations of highly nonlinear free-surface flows, with applications to arbitrary and complex hull forms
AK Subramani - 2000 - search.proquest.com
Computations of highly nonlinear free-surface flows, such as around arbitrary and complex
hull forms, are performed using a desingularized boundary integral method which had been …
hull forms, are performed using a desingularized boundary integral method which had been …