Fulun He

Papers

Total Citations

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About

Fulun He is a robotics researcher whose work has focused primarily on the kinematics and simulation of industrial welding robots, contributing to the advancement of offline programming and computer-aided robot control systems. His most recognized contributions center on developing simulation methodologies for six-degree-of-freedom (6-DOF) welding robots, exploring how virtual environments can be leveraged to optimize robot performance before physical deployment. In his 2009 paper on offline kinematics simulation of 6-DOF welding robots, which has garnered 15 citations, He demonstrated how offline simulation techniques could enhance the precision and efficiency of robotic welding applications across industrial settings. Complementing this work, his ADAMS-based kinematics simulation study — cited 10 times — applied sophisticated dynamic modeling software to analyze manipulator behavior in welding robots, offering researchers and engineers a powerful framework for pre-deployment testing. Together, these contributions reflect He's commitment to bridging theoretical robotics research with practical industrial automation, particularly within manufacturing environments where welding robots play a critical role. His work remains a relevant reference point for researchers exploring simulation-driven approaches to industrial robot design and optimization.