Innovation

In the world of maritime safety, understanding what happens when ships collide or run aground is crucial. These incidents can lead to catastrophic outcomes, including structural failure, loss of stability, and the spillage of hazardous materials. To

In the vast, untamed waters of the ocean, a new frontier for renewable energy is taking shape. Floating solar arrays, or floating photovoltaic (FPV) systems, are no longer just a pipe dream. They’re a reality that’s gaining traction, and a recent stu

In the bustling, crowded waters near ports, keeping track of every vessel can be a real headache. Ships come in all shapes and sizes, and they often overlap or cluster together, making it tough to detect and classify them accurately. But a team of re

In the world of subsea resource production, getting stuff from the seafloor to the surface isn’t always a straightforward task. One method that’s gaining traction is gas-lift pumping, and a recent study published in the journal ‘Applied Ocean Researc

In the world of offshore wind energy, there’s a silent, unseen threat that’s been causing headaches for engineers and developers alike: scour. You know, that process where currents and waves gradually erode the seabed around the foundations of wind t

In a significant stride towards enhancing wave mitigation technology, researchers have unveiled a novel approach to floating breakwater design, promising improved performance and broader applications in maritime infrastructure. The study, led by Seye

In a significant stride for maritime engineering, researchers have developed a novel approach to analyze and mitigate vibrations in sandwich composite structures, a breakthrough that could revolutionize the design and optimization of ships and offsho

In the vast ocean of data that modern technology generates, distinguishing fine details can be as challenging as spotting a specific fish in a shoal. This is particularly true in the field of fine-grained visual classification (FGVC), where the goal

In the ever-evolving world of maritime engineering, a recent study published in the journal ‘Applied Ocean Research’ has shed new light on the behavior of variable-thickness parallelogram plates used in ocean structures. Led by Qiang Yu from the Coll