A computational fluid dynamics simulation method called WISDAM-X was developed to
evaluate the added resistance of ships in waves. The Reynolds-averaged Navier–Stokes …

This study deals with a benchmark test on the performance of seakeeping analysis codes,
which was carried out as part of the 2nd ITTC–ISSC joint workshop in 2014. Eleven institutes …

Maneuvering oblique towing test is simulated in a Computational Fluid Dynamic (CFD)
environment to obtain the linear and nonlinear velocity dependent damping coefficients for a …

Computational fluid dynamics (CFD) has progressed rapidly in the past fifty years and is now
used in many industrial fields, such as air, space, and marine engineering. CFD has an …

Results are reported of an unsteady Reynolds‐averaged Navier–Stokes (RANS) method for
simulation of the boundary layer and wake and wave field for a surface ship advancing in …

Free surface flow in the vicinity of rigid bodies is a very important class of problems for naval
architects and marine engineers. The fluid flow around, for example, a full ship hull is …

In this paper, we present the results of our numerical seakeeping analyses of a 6750-TEU
containership, which were subjected to the benchmark test of the 2nd ITTC–ISSC Joint …

In this paper, a B-spline-based higher-order method is developed for simulating three-
dimensional ship motions with forward speed. The problem is formulated in time domain …

There is an increasing interest in developing direct calculation methods and procedures for
determining extreme wave loads on ship girders (eg ISSC, 2000 [1]). Ships experiencing …

In this paper, we describe the details of our numerical model for simulating ship solid-body
motion in a given environment. In this model, the fully nonlinear dynamical equations …