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