Fanlin Min
Papers
1
Total Citations
2
H-Index
1
About
Fanlin Min is a researcher at the forefront of intelligent construction and tunnel engineering, with a primary focus on the automation and quality control of robotic systems in underground environments. Their most notable contribution is the development and operational analysis of small rock hole shotcrete robots, designed for use in deep tunnel dynamic disaster physical simulation systems. This work directly addresses the challenge of replicating final tunnel construction processes in high-risk, confined settings. By systematically investigating the key parameters that influence spraying operations—such as pressure, nozzle distance, and material flow—Min has provided a foundational framework for enhancing the precision and reliability of robotic shotcrete application. Although their most cited paper, "Research on the operation and quality control of small rock hole shotcrete robot" (2024), currently holds 2 citations, its impact is expected to grow as the field of automated tunneling expands. Min’s research bridges the gap between mechanical robotics and geotechnical safety, offering practical solutions for simulating and mitigating dynamic disasters in deep tunnels. This work positions them as an emerging specialist in smart construction technologies, with significant potential to influence future safety protocols and robotic automation standards in civil engineering.
Research Focus
Key Achievements
Top Papers
- 1