In a significant stride towards enhancing indoor air quality monitoring, researchers have developed an advanced electronic nose (E-nose) system capable of detecting volatile organic compounds (VOCs) like acetone, ethanol, and methanol at low operatin
Menoufia Researchers Develop AI-Enhanced E-Nose for Maritime Air Quality Monitoring Read More »
In the ever-evolving landscape of professional education, simulation-based training is making waves, and maritime educators are taking notice. A recent study published in ‘Discover Education’ (translated from Norwegian as ‘Uncover Education’) sheds l
Maritime Educators Embrace Simulation Training for Real-World Readiness Read More »
In a significant stride for materials science, researchers have developed a novel composite material that could potentially revolutionize various industries, including maritime. The study, led by P Siva from the Department of Mechanical Engineering a
Indian Researchers Craft Durable Composites for Maritime Marvels Read More »
In the world of maritime machinery, journal bearings are the unsung heroes, ensuring the smooth operation of engines and other critical equipment. But these bearings face a tough environment, with wear and friction taking a toll on their lifespan and
Iraqi Researchers Revolutionize Marine Bearings with Nano-Enhanced Composites Read More »
In a significant stride towards enhancing the performance of maritime materials, researchers have uncovered a novel approach to bolster the thermal stability and strength of Al-Cu alloys, a staple in the maritime industry. The study, led by Gihoon Mo
Korean Researchers Fortify Maritime Alloys with Micro-Alloying Breakthrough Read More »
In a breakthrough that could potentially revolutionize how we harness energy from wastewater, researchers have developed a novel membrane separator for microbial fuel cells (MFCs) that significantly boosts their efficiency. The study, led by Szabolcs
In a world where healthcare data is growing at an unprecedented rate, researchers are turning to cutting-edge technologies to ensure data security, privacy, and scalability. A recent study published in the journal ‘Algorithms’ (translated to English)
In the world of maritime engineering, where lightweight and durable materials are always in demand, a recent study out of South Korea might just stir the pot. Researchers, led by Jaehui Bang from the National Korea Maritime and Ocean University, have
Korea Maritime University’s Alloy Breakthrough Boosts Maritime Durability Read More »
In a significant stride towards sustainable construction practices, researchers have developed a novel approach to predict the strength of marine coral sand–clay mixtures (MCCM), offering promising opportunities for the maritime and civil engineering
Machine Learning Revolutionizes Marine Coral Sand- Clay Mixture Strength Prediction Read More »
In a bid to enhance the reliability of aluminum components used in maritime applications, a team of researchers led by Nawon Kwak from the Interdisciplinary Major of Maritime AI Convergence at the National Korea Maritime and Ocean University has made
