data for Seafarer Safety
This study uses a data-driven Bayesian network to analyze maritime occupational accidents, identifying key risk factors and offering insights for improving seafarer safety.
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Maritime Engineering
Arctic Shipping Risk Management
As Arctic maritime activity rises, effective risk management becomes crucial. This study presents a data-driven framework to analyze trends and factors influencing maritime accidents, focusing on their severity and pollution.
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Lidar object detection for Safer Maritime Navigation
Researchers have developed a LiDAR intensity-enhanced 3D object detection method, improving accuracy in complex marine environments.
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Green Corridors as Blueprints for Sustainable Port-Cities
Forging “Zero-Emission Highways of the Sea”: New research maps how international collaboration between ports, cities, and industries is creating the first viable pathways to decarbonize global maritime trade. Zero-Emissions Shipping, in our cities and backyards Maritime shipping is the backbone of global trade but a major source of greenhouse gases, with emissions projected to surge
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The Great Fuel Cell Race: Which Hydrogen Technology Will Power Our Ships?
New research cracks the code on what will decide the winner in the battle to decarbonize shipping. For the first time, a systematic study reveals the key to dominance isn’t just technology—it’s cost. Why we must tackle maritime pollution, quickly The maritime industry is a massive polluter. To meet climate goals, it must ditch fossil
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The Secrets behind Flexible Fluid-Structure Interaction (FFSI)
For the first time, six major ocean engineering challenges—from ship hydroelasticity to wave-mud interactions—are woven into a single, structured modelling framework, providing engineers a roadmap to predict how flexible structures and the sea influence each other. Why This Is Important From massive ships bending in waves to seagrass swaying in currents, the ocean is a
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