This paper presents a big data analytics method for the proactive mitigation of grounding
risk. The model encompasses the dynamics of ship motion trajectories while accounting for …

In this paper, we first conduct an extensive review of published experimental studies on the
added resistance of a ship in waves to establish a common database. The data was …

We present a modular mathematical model and a reference technique for the rapid
estimation of maneuvering trajectories and motion time histories of single-and twin-screw …

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

The twin-screw fully appended ONR Tumblehome ship model is numerically studied for the
standard 10/10 zigzag maneuver. Simulations are carried out using naoe-FOAM-SJTU, a …

The paper summarizes the results of the SHOPERA international benchmark study of
numerical methods for the prediction of time-average wave-induced forces and manoeuvres …

Added resistance in short and long regular head waves for four different ship types was
systematically and extensively investigated using Reynold-averaged Navier Stokes solvers …

An uncertainty analysis is performed with the open source CFD toolkit, OpenFOAM, for four
different ship models, KCS, DTC, KVLCC2, and JBC. A brief review of the practices in …

This paper describes an open and extensive validation study carried out by the Specialist
Committee on Ships in Operation at Sea (SOS) of the International Towing Tank Conference …

Ship maneuvering in waves includes the performance of ship resistance, seakeeping,
propulsion, and maneuverability. It is a complex hydrodynamic problem with the interaction …