The topology of planing hulls entails some of the most innovative specifications found in
modern advanced marine vehicles. Planing hull designs can vary depending on their …

The unsteady planing motion in waves is a complicated problem, that can lead to
uncomfortable riding situation and structural damages due to large wave-induced dynamic …

In recent years, research has been conducted on reducing resistance by adding steps on
the bottom of high-speed craft. The most significant issue in the design of multi-stepped …

This work addresses the experimental study of a new systematic series of stepped planing
hulls. Indeed, the interest in the stepped planing hulls is constantly growing, both in the …

Abstract Verification and Validation (V&V) is the foremost analysis which is carried out for
evaluation of the accuracy level and dependability of computational fluid dynamic (CFD) …

The double-stepped design of lifting surfaces, planing in water, has been seen to benefit the
calm-water performance by distributing forces over the washed area. The unsteady motion …

This paper presents CFD (Computational Fluid Dynamics) simulations of the performance of
a planing hull in a calm-water condition, aiming to evaluate similarities and differences …

In the current paper, we have developed a method, based on 2D+ T theory, to model the
performance of doubled-stepped planing hulls in asymmetric conditions. We have …

In the current hydrodynamic research relating to planing hulls, the stern flap and steps are
generally considered to be two independent resistance reduction measures. Limited …

The ultra-high-speed aerodynamically alleviated marine vehicle (AAMV) is an autonomous
surface vehicle with the advantages of high speed and shallow draft. Seakee** is one of …