Author name: Ben Fisher

In the world of underground construction, particularly in bustling port cities where space is at a premium, engineers often face the challenge of building new tunnels near existing ones. A recent study published in the journal ‘Scientific Reports’ (t

In a significant stride towards sustainable production, researchers have developed advanced predictive models to optimize carbon dioxide (CO₂) conversion, a process that could revolutionize how the maritime industry approaches emissions and fuel prod

In the heart of Nigeria’s Delta State, a silent, insidious pollutant is making its presence known, and it’s not the kind of news that will make the maritime industry cheer. Polychlorinated biphenyls, or PCBs for short, are the stars of a recent study

In a significant stride towards enhancing energy efficiency in industrial fluid transport systems, a recent study has shed light on the optimal impeller geometry for centrifugal pumps handling oil-water emulsions. The research, led by M. E. Noureldin

In the vast ocean of mathematical research, a new wave has emerged that could potentially ripple through industries relying on complex simulations, including maritime sectors. Dr. Khaled M. Abdelgaber, from the Department of Physics & Engineering Mat

In a significant stride towards bolstering image encryption, a team of researchers led by M. Karmany from Lab-STICC, UMR 6285 CNRS, ENSTA IP Paris, has developed a novel framework that combines the Lorenz chaotic system, SHA-256, and Discrete Time Qu

In a significant stride towards sustainable energy solutions, researchers have combined advanced simulations and artificial intelligence to optimize organic solar cells, potentially opening new avenues for clean energy in the maritime sector. The stu

In a significant stride towards sustainable maritime practices, researchers have developed a novel approach to repurpose coal fly ash (CFA), a byproduct of coal combustion, into valuable cementitious materials. The study, led by Shize Cai from the In

In the world of maritime electrification, managing battery temperatures is a bit like trying to keep a room full of toddlers calm—it’s a complex, delicate task that can make or break the whole operation. Enter Yankong Song, a researcher from the Coll

In a significant stride for turbomachinery design, researchers have demonstrated the critical role of surface roughness in accurately predicting the performance of Francis turbines using computational fluid dynamics (CFD). The study, led by Thaithat