Dr. Long Chen | Carbon Fiber Reinforced Plastic Laser drilling | Best Researcher Award
Research Associate atĀ Huazhong University of Science and Technology, China
š Long Chen is a Research Associate at Huazhong University of Science and Technology and Deputy Director of the R&D Center at Zhejiang Huagong Guanggrun Intelligent Equipment Technology Co., Ltd. (since 2021). š¬ His research focuses on laser processing technology for carbon fiber composite materials (CFRP). š” Long has developed advanced laser processing equipment used in critical aerospace components like satellite antenna covers, engine casings, and missile shells. š He has authored numerous SCI-indexed papers and holds five authorized patents among 14 applications. š Long actively participates in national and provincial research projects, making significant contributions to the field of intelligent manufacturing.
Professional Profiles:
EducationĀ š
PhD in Engineering, Huazhong University of Science and Technology, 2019ā2024. š Bachelorās Degree in Mechanical Engineering, Top-tier Chinese Institution (Year N/A). š Successfully defended doctoral thesis in 2024 on CFRP laser processing technology. š Academic expertise covers mechanisms of laser interaction with advanced materials, intelligent equipment design, and status monitoring.
ExperienceĀ š¼
Deputy Director, Zhejiang Huagong Guanggrun R&D Center (2021āpresent). š” Spearheaded innovation funds for CFRP laser processing. š Led 12 enterprise technology development projects. š Participated in R&D for significant aerospace engineering equipment, contributing to an award-winning project.
Awards and HonorsĀ š
First Prize for Science and Technology Progress, Hubei Province, for contributions to aerospace engineering. š Recognition for advancements in CFRP high-performance manufacturing. š Active member of the China Mechanical Engineering Society and China Society for Composite Materials.
Research FocusĀ š¬
Exploring acoustic emission signals in CFRP laser cutting, unveiling mechanisms of thermal ablation and mechanical denudation. š Developed RIPL scanning, improving cutting efficiency by up to 33.9%. š Applications in aerospace and high-performance manufacturing.