In a significant leap for underwater technology, researchers have unveiled a new method aimed at enhancing the accuracy of underwater target detection, a critical aspect for maritime operations. This innovative approach, developed by Qidong Liu and h
Revolutionary Method Enhances Underwater Target Detection for Maritime Safety Read More »
A recent study has illuminated the growing importance of laminated composite materials in the marine industry, highlighting their advantages over traditional materials. The research, led by Daffa Putra Islami from the Department of Mechanical Enginee
Laminated Composites Revolutionize Marine Design for Enhanced Durability Read More »
In a significant advancement for the maritime industry, researchers have developed a new framework to assess the degradation of ship hulls and propellers caused by biofouling. This study, led by Nikos Themelis from the School of Naval Architecture an
New Framework Revolutionizes Biofouling Assessment for Ship Efficiency Read More »
In a bid to transform ship maintenance practices, researchers have introduced an innovative framework that harnesses the power of Digital Twins (DTs) and the Internet of Things (IoT). This cutting-edge approach aims to tackle the persistent challenge
Revolutionary Digital Twins and IoT Framework Set to Transform Ship Maintenance Read More »
In a significant leap for the maritime industry, researchers have unveiled promising advancements in the performance of marine engines, particularly focusing on reducing friction and wear. This study, led by Jie Liu from the Key Laboratory of Ship-Ma
Breakthrough Marine Engine Additive Reduces Wear and Enhances Efficiency Read More »
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 recent study published in “Big Data,” a team of researchers led by Ruiping Gan has tackled a critical issue in the maritime industry: predicting the energy consumption associated with maintaining special coatings on ships. This research is parti
New Study Develops Predictive Model to Cut Ship Maintenance Energy Costs 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 led by Xin-lei Wang from the National Key Laboratory for Remanufacturing at the Army Academy of Armored Forces has shed light on an exciting development in materials science: graphene-based superhydrophobic surfaces. Published in the
Graphene-Based Superhydrophobic Surfaces Set to Transform Maritime Industry Read More »
