This review comprehensively examines advancements in Computational Fluid Dynamics
(CFD) applications within the context of Floating Offshore Wind Turbines (FOWTs). It …

It is important to predict the self-propulsion performance of full-scale marine vessels during
the design stage. With the development of high-performance computational techniques, full …

With the advances in available brute-force computing power, parallel computations (overset
grid technology and meta-modeling) will eventually open a path to the widespread …

Environmental aspects in the shipping industry are nowadays taking more relevance.
Independently of the type of fuel used, good drawing lines in ships might help with the …

With the implementation of an energy efficiency design index, energy-saving devices (ESDs)
have received increasing research interest. In this study, experimental and numerical …

ABSTRACT Computational Fluid Dynamics (CFD) simulations of a ship's operations are
generally conducted at model scale, but the reduced scale changes the fluid behaviour …

Sažetak One of the main goals of the ship design process is the reduction of the total
resistance, which is nowadays even more highlighted due to increasingly stringent rules …

Accurate prediction of the self-propulsion performance is one of the most important factors
for the energy-efficient design of a ship. In general, the hydrodynamic performance of a full …

The paper presents simulation results of an inland container vessel designed to be operated
in the inland waters of China. Initially, calm water simulations are performed in open water …

Installing an energy saving device such as a pre-swirl duct (PSD) is a major investment for a
ship owner and prior to an order a reliable prediction of the energy savings is required …