A 2kW, High Power-Density (100W/in(3)), GaN-Based, Modular Multilevel Converter for Variable Speed Drive Applications in DC Systems

期刊： NAVAL ENGINEERS JOURNAL, 2019; 131 (1)

Achieving higher power-density for shipboard power conversion systems is extremely important for reduction of space requirements for electrical system......

JIF：0.25

On Numerical Stability of SPH Method in Solving 3D Elastic Solid Problems

期刊： NAVAL ENGINEERS JOURNAL, 2019; 131 (3)

The stability behavior of the Smoothed Particle Hydrodynamics (SPH) method in solving fluid issues and solid with flow features has been well investig......

JIF：0.25

Multidisciplinary Design Optimization of Life Cycle Benefit of Trimarans Using Monte Carlo Method

期刊： NAVAL ENGINEERS JOURNAL, 2019; 131 (3)

This paper presents a methodology for multidisciplinary design and optimization (MDO) of the life cycle benefit (LCB) of trimarans Unlike naval vessel......

JIF：0.25

Prediction of Ship Effective Wake Field Using a Pure RANS-Based Methodology

期刊： NAVAL ENGINEERS JOURNAL, 2018; 130 (2)

Ship effective wake field is complex but very important for an optimum propeller design. Considering that ship effective wake field cannot be measured......

JIF：0.25

Modeling and Analysis of Ship Energy Efficiency Operational Indicator Based on the Monte Carlo Method

期刊： NAVAL ENGINEERS JOURNAL, 2017; 129 (1)

Water transport is commonly recognized as the most environmentally friendly form of transport, but this will be a challenge in the future as its curre......

JIF：0.23

An Improved Thrust Allocation Method for Marine Dynamic Positioning System

期刊： NAVAL ENGINEERS JOURNAL, 2017; 129 (3)

Marine dynamic positioning system (DPS) is widely used for ocean exploration. DPS consists of control subsystem, thrust allocation (TA) subsystem, thr......

JIF：0.23

Study on Calculation Method of Added Resistance of Ships in Irregular Waves

期刊： NAVAL ENGINEERS JOURNAL, 2017; 129 (4)

In order to more accurately predict the added resistance of a ship in a real seaway, this paper presents a new resistance calculation method using the......

JIF：0.23