Runsheng Li
Papers
1
Total Citations
76
H-Index
1
About
Dr. Runsheng Li is a leading researcher in advanced manufacturing, with a primary focus on wire-arc additive manufacturing (WAAM) and robotic fabrication processes. His work centers on understanding and controlling residual stress and distortion in large-scale metallic components, particularly for lightweight alloys like Al-Cu systems. Dr. Li’s most cited paper (2024, 76 citations) pioneers the simulation of residual stress evolution in dual-robot collaborative WAAM, developing finite element models that compare single-robot and dual-robot systems. This research is critical for producing large thin-walled aerospace components with improved dimensional accuracy and structural integrity. By addressing the fundamental challenges of thermal-mechanical behavior during additive manufacturing, his contributions directly impact the industrial adoption of robotic 3D printing for high-performance aluminum alloys. Dr. Li’s work bridges computational modeling and experimental validation, offering practical insights for process optimization. His growing citation record reflects the relevance of his findings to both academic researchers and engineers seeking to minimize defects in additively manufactured parts. Through his innovative approach to multi-robot coordination and thermal management, Dr. Li is advancing the frontier of large-scale metal additive manufacturing.
Research Focus
Key Achievements
Top Papers
- 1