The growing implementation of Decision Support Systems on modern ships, digital-twin
technology, and the introduction of autonomous vessels cause the marine industry to seek …

In times of progressive automation of the marine industry, accurate modeling of ship
maneuvers is of utmost importance to all parties involved in maritime transportation. Despite …

Ship safety under normal and severe weather conditions is determined by ship design,
approval, and operation. Numerical simulation of ship motions has proven to be a valuable …

There is an ongoing discussion on safety guidelines to be considering more recent
developments in ship design. Numerical simulations of ship motions are considered as …

Exploring the operational links between a sea state and a ship's heading and speed
provides the opportunity to continuously monitor dynamic stability behaviour; and hence to …

A comparative study is presented for linear transfer functions of wave-induced ship motions
and loads obtained by various seakeeping codes. The numerical simulations are carried out …

_ Numerical prediction of ship maneuvering in waves was considered in this article. The
wave drift loads, computed using the potential flow theory, were added into the mathematical …

Semi-captive sea-keeping model tests were performed to measure the heave and pitch
motion, wave-induced forces and moments acting on a patrol vessel in following and …

The 2012 guidelines on the method of calculation of the attained Energy Efficiency Design
Index (EEDI) for new ships (MEPC. 212 (63))(IMO 2012) represent a major step forward for …

Traditionally, ship maneuvering is analyzed under calm water condition. In a more realistic
scenario, such as a ship sailing in waves, the importance of taking the wave effects into …