In an exciting advancement for maritime training and engineering, researchers have introduced a groundbreaking visual modeling method for ship piping systems, as detailed in a recent article published in Applied Sciences. Led by Xiaoyu Wu from the Co
Revolutionary Visual Modeling Method Transforms Ship Piping System Design Read More »
In a significant stride towards greener maritime transportation, a research team led by Alexandros Magkouris from the National Technical University of Athens has introduced an innovative Boundary Element Method (BEM) tailored for analyzing the hydrod
Innovative BEM Research Promises Greener Future for Twin-Hull Vessels Read More »
In a significant step towards tackling the environmental challenges posed by plastic waste, a recent study led by Abdul Khaliq from the Department of Mechanical Engineering at the University of Ha’il has unveiled a promising method for converting mix
Innovative Method Converts Plastic Waste into Cleaner Diesel for Shipping Read More »
In a recent correction published in ‘Scientific Reports,’ Jeseok Bang from the Department of Electrical and Computer Engineering at Seoul National University sheds light on some intriguing issues concerning a 9.4 Tesla all-REBCO (Rare Earth Barium Co
Superconducting Magnets Could Revolutionize Maritime Propulsion Systems Read More »
In a significant stride towards enhancing electric vehicle (EV) technology, recent research led by Biplov Paneru from the Department of Electronics and Communication Engineering at Nepal Engineering College has unveiled promising advancements in pred
Machine Learning Breakthrough Enhances Battery Management for Maritime EVs Read More »
Floating offshore wind (FOW) is gaining traction as a crucial player in the renewable energy landscape, especially as the world grapples with climate change. However, deploying wind turbines further offshore presents unique challenges, particularly w
LIDAR Technology Promises Significant Cost Savings for Offshore Wind Projects Read More »
In a recent study published in ‘Energies,’ Leszek Chybowski from the Department of Machine Construction and Materials at the Maritime University of Szczecin has unveiled a straightforward analytical method for determining the viscosity index (VI) of
New Method Simplifies Viscosity Index Assessment for Maritime Lubricants Read More »
Recent advancements in polyvinyl alcohol (PVA)-based hydrogels have sparked considerable interest across various industries, including the maritime sector. These innovative materials, highlighted in a comprehensive review by Xiaoxu Liang from the Sch
PVA Hydrogels Set to Transform Maritime Materials with Sustainability Focus Read More »
A recent study has shed light on the wear behavior of resin matrix composites used in water-lubricated bearings, crucial components in the propulsion systems of naval vessels and commercial ships alike. Conducted by Wu Ouyang and his team at the Stat
Study Unveils Key Insights on Resin Matrix Composites for Marine Bearings Read More »
Recent research from Ying Wang at the School of Materials Science, Shanghai Dianji University, highlights exciting advancements in the field of high-entropy alloys (HEAs), particularly in their application for protective coatings. Published in the Jo
Breakthrough HEA Nanocomposite Coatings Boost Maritime Durability and Protection Read More »
