Researchers from the University of Texas at Arlington have developed a predictive analytics tool to tackle inefficiencies in port operations, offering a potential game-changer for maritime logistics. Aniruddha Rajendra Rao, Haiyan Wang, and Chetan Gu
Texas Team’s Predictive Tool to Streamline Port Operations Read More »
Researchers from the Mohammed VI Polytechnic University in Morocco have developed a data-driven approach to forecast empty container availability at container terminals, a critical step toward optimizing operations and reducing congestion in maritime
Moroccan Researchers Revolutionize Container Terminal Forecasting with LSTM Read More »
In a promising stride towards cleaner and more sustainable energy solutions, researchers have been exploring alternatives to traditional solar cell materials. One such breakthrough comes from the Centre for Sustainable Materials Research at the Acade
AMET Researchers Advance Lead-Free Solar Cells for Maritime Sustainability Read More »
In a significant stride for maritime defense and transportation, researchers have developed a novel material that simultaneously tackles microwave absorption and corrosion resistance. The study, led by Limeng Song from the Henan Key Laboratory of Aer
China’s Breakthrough: Nanofibers Shield Ships from Microwaves and Corrosion Read More »
In the heart of France’s Landes de Gascogne forest, a recent study has shed light on the environmental impacts of maritime pine wood industries, offering valuable insights for the maritime and forestry sectors. Led by Haji Yazdeen from the University
French Study Pinpoints Environmental Hotspots in Maritime Pine Wood Industry Read More »
In a significant stride towards enhancing the durability of materials used in green energy technologies, researchers have developed a high-chromium ferritic stainless steel that boasts superior corrosion resistance. This innovation, led by Zhuocheng
In the world of materials science, a recent study out of Ukraine is making waves, and it could have significant implications for the maritime industry. Oksana Baranovska, a researcher at the Frantsevich Institute for Problems of Materials Science in
Ukrainian Study Fortifies Maritime Epoxy Composites with Titanium Boost Read More »
In a significant stride towards enhancing the longevity and safety of biomedical implants, researchers have developed a novel coating technique that could revolutionize the way we approach implant-associated infections. The study, led by Łukasz Pawło
Gdańsk Team’s Coating Breakthrough Boosts Biomedical Implant Longevity Read More »
In a breakthrough that could revolutionize plasma diagnostics, researchers have developed a machine learning model that combines the best of two worlds: the accuracy of Laser Thomson Scattering (LTS) and the flexibility of Optical Emission Spectrosco
Dalian Researchers Merge Plasma Diagnostics for Maritime Advances Read More »
In a breakthrough that could revolutionize flexible electronics, researchers have developed a novel hydrogel that’s both tough and conductive, opening up new possibilities for maritime applications. The study, led by Wei Sang from the College of Inte
