This paper reviews research in ocean engineering over the last 50+ years with the aim to (I)
understand the technological challenges and evolution in the field,(II) investigate whether …

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 …

The paper presents a Fluid Structure Interaction (FSI) method for hydroelastic water entry.
The method assumes that the momentum exchange between the fluid and solid body can be …

Computational fluid dynamics (CFD) simulations and stochastic validation of free-running
5415M in irregular stern-quartering sea state 7 and Froude number 0.33 are presented …

Trimarans may suffer from large motion and strong slamming accompanied by repeated
water entry and water exit motions when sailing under severe sea conditions, and the huge …

Accurate prediction of wave loads on ships and floating structures is paramount in the
structural design stage. Use of a segmented ship model is a common method to quantify the …

The paper presents the multidisciplinary design optimization (MDO) of a deep-V planing-hull
grillage panel subject to slamming loads in regular waves. Namely, fluid structure interaction …

ABSTRACT CFD simulations of a high-speed small craft are performed with 6DoF motions.
The hull form and propulsor are scaled to match a deep V fishing boat (DVFB). The on water …

The paper presents a comprehensive experimental and numerical study of the structural
response of a planing hull in irregular waves. Two grillage panels are investigated: a …

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 …