Eduardo Antonio Wink de Menezes
Papers
2
Total Citations
8
H-Index
2
About
Eduardo Antonio Wink de Menezes is a mechanical engineer specializing in the mechanics of in-pipe robotic systems, with a particular focus on friction analysis for deep-sea pipeline interventions. His research addresses the critical challenge of powering robots that remove hydrate plugs in ultradeepwater pipes—a task essential for maintaining subsea oil and gas infrastructure. Menezes’s major contributions center on developing analytical and experimental strategies to compute static and dynamic friction forces acting on umbilical cables as they are pulled through curved pipes. His 2019 paper, "Analytical and Experimental Analysis of Static Friction Forces of Moving Cables Inside Curved Pipes," has earned 5 citations, while his earlier 2017 work on friction forces inside curved pipes has garnered 3 citations. These studies provide foundational models for predicting cable tension and drag, enabling more reliable robot operations in extreme environments. By combining theoretical frameworks with experimental validation, Menezes has advanced the practical design of cable-driven in-pipe robots, directly impacting the safety and efficiency of offshore energy extraction. His work is particularly notable for addressing the complex interplay between cable curvature, fluid immersion, and contact forces—a niche but vital area in subsea robotics.
Research Focus
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Top Papers
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