Lai Hu
Papers
2
Total Citations
35
H-Index
2
About
Lai Hu is a researcher specializing in the tribology and durability of advanced bearing systems, with a particular focus on elastic-flexible and ultra-thin-walled bearings used in high-performance applications. Their work systematically investigates the multi-state wear mechanisms and roll-slip fretting degradation that occur under extreme service conditions, combining analytical modeling with experimental evaluation. Hu’s most cited paper, “Analysis and evaluation of multi-state wear mechanism of elastic-flexible thin-walled bearings” (2024, 22 citations), provides a foundational framework for understanding how these components wear through different operational phases. A subsequent study on ultra-thin-walled bearings under high service loads (13 citations) further advances the field by linking derivative analysis to fretting wear prediction. These contributions are critical for improving the reliability and lifespan of bearings in aerospace, robotics, and precision machinery. Hu’s work is notable for bridging theoretical wear mechanics with practical engineering evaluation, offering actionable insights for design optimization. Their research is increasingly recognized as essential reading for engineers and scientists tackling wear-related failures in lightweight, high-stress mechanical systems.
Research Focus
Key Achievements
Top Papers
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