Liebang Zhan
Papers
2
Total Citations
18
H-Index
2
About
Liebang Zhan is a researcher specializing in welding engineering and structural materials, with a particular focus on the welding characteristics and process optimization of thick-plate bridge steels. His work centers on understanding the complex relationships between welding process parameters and the resulting quality of multi-pass welds, addressing critical challenges in the fabrication of H-type thick-plate bridge steel structures used in civil and structural engineering applications. Zhan's most notable contributions involve both experimental investigation and computational simulation of Gas Metal Arc Welding (GMAW) processes applied to Q345qD steel — a high-performance structural steel widely used in bridge construction. By combining empirical testing with advanced simulation methodologies, his research provides practical guidance for engineers seeking to optimize welding parameters and ensure structural integrity in demanding construction environments. His published work has accumulated 18 citations across two closely related studies from 2023, reflecting growing interest from the welding and structural engineering communities. Zhan's research is particularly valuable for practitioners and academics working at the intersection of materials science, fabrication engineering, and infrastructure development, where precise control of welding parameters is essential to safety and long-term structural performance.
Research Focus
Key Achievements
Top Papers
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- 2