There has been mounting concerns over energy consumption and environmental impacts
due to an increase in worldwide shipping activities. The International Maritime Organization …

This paper presents a review of the different methods and techniques used to optimize ship
hulls over the last six years (2017–2022). This review shows the different percentages of …

Numerical and experimental assessment of resistance and propulsion characteristics for a
handymax bulk carrier at full-scale is carried out within this paper. Reynolds Averaged …

There has been an increasing interest in high-speed planing catamaran hulls for their
exceptional resistance performance in military and maritime transportation fields. In this …

Estimating ship resistance accurately in different water depths is crucial to design a
resistance-optimized hull form and to estimate the minimum required power. This paper …

In the present study, a Rankine panel method (RPM) based on high-order boundary element
method is implemented in an in-house Fortran code to solve the steady wave problem of …

The plume rising height of a ship will directly affect the maximum ground concentration and
distance from the source caused by flue gas emission. Ship movement has an important …

为研究舰艉流场对直升机配平操纵的影响, 采用了数值模拟和直升机飞行动力学模型相结合的
方法, 通过computational fluid dynamics (CFD) 数值模拟得到舰艉流场, 并探究加入流场主动 …

For the prediction of ship resistance in the preliminary stages of the design process, naval
architects often use methods that are less complex and expensive than CFD simulations and …

Turbulent drag on the hull surface is one of the main sources of drag during the navigation of
a ship, which is significantly influenced by the boundary layer's coherent structures. To …