A pump-jet, which is generally and widely adopted on underwater vehicles for applications
from deep sea exploration to mine clearing, consists of a rotor, stator, and duct, with the …

Interactive evolutionary computation (IEC) has demonstrated significant success in
addressing numerous real-world problems that are challenging to quantify mathematically or …

Abstract A Simulation Based Design Optimization method for marine propellers design using
a two-fidelity levels metamodel for global design space exploration and optimization is …

Wind-powered ship propulsion (WPSP) is the concept where the wind is the main source of
thrust, while the traditional propulsion system operates when needed. This type of …

The complexity of the marine propeller design process is well recognised and is related to
contradicting requirements of the stakeholders, complex physical phenomena, and fast …

The goal of increasing fuel efficiency and decreasing greenhouse gas (GHG) emissions has
increased interest in the application of renewable energy sources and the usage of new …

The field of machine learning has experienced rapid growth, and it has introduced a new
methodology for constructing propeller diagrams. To meet the high demand for designing …

With the popularity of the Metaverse, the virtual industry economic model is gradually
emerging, and the convenience of production of virtual products provides the possibility of …

Constantly growing environmental concerns focused on reducing pollution, in addition to
rising fuel costs in recent years, have led the maritime industry to develop and implement …

Automated optimization is increasingly used in engineering applications. In this study, RANS-
based CFD, the NSGA II algorithm, and Kriging were used to optimize a section of a marine …