Kaiye Hu
Papers
1
Total Citations
2
H-Index
1
About
Kaiye Hu is a researcher in naval architecture and marine engineering, with a primary focus on the stability and performance of autonomous ocean vehicles. Their work centers on the design and analysis of alternative hull forms for automated wave surface glider robots—unmanned vessels that harvest wave energy for propulsion. Hu’s most cited study, "Overall Stability Performance of Alternative Hull Forms of an Automated Oceanic Wave Surface Glider Robot Using Maxsurf" (2015), employs computational modeling to evaluate how different hull geometries affect a glider’s stability under various sea conditions. This contribution is critical for advancing the reliability and endurance of autonomous marine robots used in ocean monitoring and data collection. While the citation count for this paper is modest, Hu’s research addresses a niche yet vital aspect of marine robotics, providing foundational insights for engineers seeking to optimize hull design for long-duration, unmanned missions. Their work underscores the importance of stability in ensuring the operational safety and efficiency of next-generation ocean gliders.
Research Focus
Key Achievements
Top Papers
- 1