Papers
1
Total Citations
6
H-Index
1
About
Lin An is a researcher focused on the dynamic modeling and control of complex mechanical systems, particularly in challenging offshore environments. His key research areas include anti-swing mechanisms for marine cranes, payload dynamics, and vibration suppression technologies. An’s most notable contribution is his work on the "Modeling and Dynamic Analysis of a Triple-Tagline Anti-Swing System for Marine Cranes in an Offshore Environment" (2022), which addresses the critical problem of inefficient and high-risk payload lifting under rough sea conditions. By exploring the complex dynamic characteristics of this triple-tagline system, he provides a foundational framework for achieving precise assembly and preventing costly collisions with deck structures. This work, with 6 citations, demonstrates early impact in a specialized field where safety and efficiency are paramount. An’s research is particularly valuable for advancing automation and safety in maritime logistics, offering practical solutions for reducing swing-induced damage. His achievements highlight a promising trajectory in applied mechanics, with potential to influence future crane design and offshore operations.
Research Focus
Key Achievements
Top Papers
- 1