The topology of planing hulls entails some of the most innovative specifications found in
modern advanced marine vehicles. Planing hull designs can vary depending on their …

This opening article of the issue is intended to provide a review of the field of nonlinear ship
dynamics and to demonstrate the importance of the subject in the context of naval …

Porpoise, a coupled heave and pitch oscillation, is one of the unstable behaviors in high-
speed planing craft. To suppress porpoise, drivers respond by reducing the speed of the …

A machine learning method is developed which is capable of making predictions of
nonlinear ship motions in a range of wave conditions when trained on response data from …

A mathematical method is presented for time-domain simulation of coupled heave, pitch,
and roll motions of a planing hull. This method is introduced by using 2D+ t theory and …

In this study, the effects of hydrodynamic interceptors on fast crafts are investigated to find
their optimum geometrical characteristics based on numerical methods. Interceptors are …

The high speeds, small trim angles, and shallow drafts of planing hulls produce large
changes in vessel wetted surface which, in turn, lead to significant hydrodynamic and …

The emphasis of this paper is on nonlinear ship roll motion, because roll is the most critical
ship motion of all six modes of motion. However, coupling between roll and the other modes …

High speed marine craft motions can be severe and concerns regarding human
performance and safety are widespread. The motions can reduce crew abilities to perform …

Porpoising instability is a tough nut bewildering ocean academia for years. This study
provides the first experiment found that the cavity formed by artificial ventilation can …