Trimaran added resistance and seakeeping performance in oblique waves with strong
nonlinearity are rarely investigated. This paper presents the numerical investigations on …

As a kind of high-performance ship, compared with traditional mono-hull, the side-hull
position of a trimaran plays an essential role in the hydrodynamics and motion …

Sažetak Dynamic behaviour of a trimaran vessel is investigated in this study. The body of the
trimaran is composed of a centre hull with a quite slender wave piercing bow profile (a …

Motivated by the dynamics of a trimaran, an investigation of the dynamic behaviour of a
double forcing parametrically excited system is carried out. Initially, we provide an outline of …

Coupled motion is an important factor that affects the safety and stability of ships sailing in
waves, especially for rolling coupled with pitch motion. This paper simulates the motions of …

Sažetak The trimaran vessel rolls strongly at low forward speed and may capsize in high sea
conditions due to chaos and loss of stability, which is not usually considered in conventional …

Based on open-source CFD tool OpenFOAM and the hybrid-method solver qaleFoam, the
numerical study about the effect of sailing speed on the motion of trimaran in waves of …

Experiments were conducted at the US Naval Academy's Hydromechanics Laboratory to
determine the effect of finite water depth on the resistance, heave, and trim of two different …

When there is a two to one internal resonance ratio between the natural frequencies of the
pitch motion and the roll motion of a ship, a nonlinear energy transfer occurs between the …

This paper presents a method to utilize the pitch-roll nonlinear energy transfer phenomenon
in vessels for off-shore wave power generation. This paper builds on an existing design …