In a significant stride towards enhancing the performance of prefabricated structures, a team of researchers led by Jianxin Li from the School of Future Transportation at Guangzhou Maritime University has developed a novel composite wall material tha
Guangzhou Researchers Fortify Maritime Structures with UHPC-ALC Composite Breakthrough Read More »
In a significant stride towards advancing flexible and transparent electronics, researchers have developed a novel method to enhance the adhesion of printed silver (Ag) mesh electrodes on various substrates. This breakthrough, led by Han-Jung Kim fro
South Korean Breakthrough Boosts Maritime Electronics with Stronger Adhesion Read More »
Researchers Maral Shadaei, Ali Hosseinipour, and Javad Khazaei have introduced a groundbreaking approach to assessing the resilience of medium-voltage DC (MVDC) distribution technology in marine vessels, particularly naval ships. Their work, publishe
Naval Ships Gain Real-Time Power Resilience Tracking Read More »
Researchers from the University of Auckland, led by Parag Tarwadi and Bruce MacDonald, have developed a compact and economical Remotely Operated Vehicle (ROV) designed for shallow-water marine inspections. This innovative prototype aims to enhance th
Compact ROV Revolutionizes Shallow-Water Inspections Read More »
In the world of maritime incidents, ship strandings are far from rare, often leading to hefty economic losses and environmental headaches. But what if there was a way to make the refloating process more efficient and cost-effective? That’s precisely
Changwon Researcher Revolutionizes Ship Refloating with Cost-Efficient Algorithm Read More »
In a breakthrough that could revolutionize force sensing technologies, researchers have developed a new type of mechanoluminescent (ML) force sensor that can provide high-resolution, pixelated force information. This innovation, led by Xiaole Ma from
Shanghai Breakthrough: Pixelated Force Sensors Revolutionize Maritime Safety Read More »
Researchers from Imperial College London have published a comprehensive survey and tutorial on reinforcement learning (RL) methods tailored for the process systems engineering (PSE) community. The study, authored by Maximilian Bloor, Max Mowbray, Ehe
Imperial Researchers Chart RL’s Course for PSE Advancements Read More »
In the vast, churning waters of the Bohai Sea, a quiet revolution is taking place. Not in the form of towering ships or colossal rigs, but in the humble, yet crucial, net systems of bottom-mounted aquaculture farms. A recent study, led by Fuxiang Liu
Harbin Researchers Revolutionize Offshore Aquaculture Net Design Read More »
In a world where shipping is under increasing pressure to clean up its act, a new study has shed light on the environmental impacts of shipbuilding materials and the potential financial sting of the EU’s Carbon Border Adjustment Mechanism (CBAM). The
Green Shipbuilding: Steel Sourcing and Recycling Key to Cutting Emissions and Costs Read More »
In a significant stride towards sustainable maritime materials, researchers have developed a cost-effective method to produce high-performance porous aluminum alloys using recycled A356 aluminum chips. The study, led by Jinwoo Baek from the Interdisc
Korean Researchers Pioneer Sustainable Porous Aluminum Alloys for Maritime Use Read More »
