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A hybrid control strategy is proposed to control the T-foil, which can significantly increase the
sea-keeping performance of a high-speed trimaran. The strategy includes a gain, which can …

A study was conducted to determine the effectiveness of using controlled flaps and a T-foil to
smoothen a ship's vertical motion while navigating in head seas. The study comprised two …

Ride control systems are essential for comfort and operability of high-speed ships, but it
remains an open question what is the optimum ride control method. To investigate the …

To ensure high-quality passenger comfort and enhance the operability and performance of
high-speed catamarans, reducing the severity of motions and structural loads using Ride …

The operation of high-speed craft in large waves can produce significant vessel motions that
lead to passenger discomfort and extreme loadings sustained by the hull structure during full …

Fast ships are taking a relevant role with a clear interest for military purposes. Fast sea
transportation encounters several problems to be solved. This article refers to the difficulties …

An active control T-foil can significantly reduce the vertical motions of high-speed ships. In
this paper, a hybrid control method is proposed to control the T-foil. The reduction effects of …

Fast sea transportation of passengers must considered safety and comfort requirements.
Due to waves, there are heaving and pitching motions. These motions originate sea …

As a main part of a research study on the control of active flaps and a T-foil of a high-speed
ferry, a control-oriented model of vertical motions of the ship has been developed. The …