Deputy director at Guangdong University of Technology, China
Dr. Chaohui Lin is the Deputy Director at the School of Electro-Mechanical Engineering, Guangdong University of Technology 🎓. With a PhD in Mechanical Engineering, he is also a Master’s Supervisor and has played a key role in over 10 national and provincial projects 🌍. Dr. Lin has published 58 articles, including 30 SCI papers 📚, and holds several patents, including a US patent. He has actively mentored students, guiding them to win multiple awards in prestigious national and provincial competitions 🏅. His long-term collaborations with industry and universities highlight his dedication to advancing mechanical engineering and applied research 🔧.
Publication Profile
scopus
Education
Dr. Lin completed his PhD in Mechanical Engineering from a prestigious institution 🏫, where he focused on human factors engineering, risk perception, and laser forging technology 💡. He also holds a Master’s degree in the same field, further strengthening his academic credentials 🎓. His solid foundation in mechanical engineering and dedication to research has enabled him to develop numerous innovative solutions that contribute to both academia and industry 🌐.
Experience
Dr. Lin has a distinguished career as an educator and researcher 🧑🏫. He has supervised over 10 national and provincial projects, actively contributing to the development of advanced engineering solutions 🛠️. He has published 58 articles, including 30 SCI papers 📝, and holds multiple patents 💡. Additionally, Dr. Lin has mentored students to secure numerous national and provincial competition awards 🏆. His collaboration with key universities and enterprises has enhanced the application of his research in the real world 🌍.
Awards and Honors
Dr. Lin’s remarkable contributions have earned him recognition in the form of prestigious awards 🏅. He has received a second prize in the 2022 China Society for Materials Research Technology Invention Award 🥈 and a third prize in the 2022 Guangdong Higher Education Research Excellent Achievement Award 🥉. His collaborative research efforts have also been recognized with a second prize in the 2024 China Machinery Industry Science and Technology Progress Award 🏆.
Research Focus
Dr. Lin’s research focuses on human factors engineering, risk perception, and laser forging fatigue-resistant additive manufacturing 🔬. He has developed innovative solutions to improve laboratory safety by addressing the emotional aspects of risk perception 🧠. His expertise also extends to graduate education management and improving manufacturing techniques for enhanced durability and performance of mechanical systems ⚙️. His interdisciplinary work integrates engineering, psychology, and industrial safety, providing valuable insights to both academic and practical domains 💡.
Publications 📖
Risk Perception Scale for Laboratory Safety: Development and Validation
Authors: Lin, C., Zheng, K., Man, S.S.
Published in International Journal of Industrial Ergonomics (2025)
DOI: 10.1016/j.ergon.2025.103689
(No citations available yet)
Weld Distortion Prediction of the Cargo Transfer Vessel Key Structure by Fuzzy Finite Element Model and Inherent Strain Theory
Authors: Zhou, Z., Cai, S., Qiu, M., Zhang, Y., Lin, C.
Published in Ocean Engineering (2024), Volume 313, Article 119435
(No citations available yet)
Structural Evaluation on the Floating Production Storage and Offloading Large Flow Gas Processing Module Based on FEM Analysis
Authors: Qiu, M., He, Y., Lyu, Y., Zhang, Y., Lin, C.
Published in Buildings (2024), Volume 14(10), Article 3180
(No citations available yet)
Evolution of Propagation and Failure by Laser-Induced Shock Waves Within Bonding Interface of Metal Material
Authors: Wu, H., Zhu, S., Dai, C., Lin, C., Zhang, Y.
Published in Journal of Manufacturing Processes (2024), Volume 126, pp. 141–153
(No citations available yet)
Improvement of Fatigue Life of Ti-6Al-4V Alloy Treated by Double-Sided Symmetric Oblique Laser Shock Peening
Authors: Tang, Y., Li, S., Liao, Y., Lin, C., Zhang, Y.
Published in Materials Today Communications (2024), Volume 39, Article 109121
Cited 4 times
Evaluation of Laser Shock Processing Quality of a Superalloy Using a Multi-Criteria Decision-Making Methodology
Authors: Wu, H., Zeng, J., Zhang, Q., Zhang, Y., Chen, X.
Published in Journal of Materials Engineering and Performance (2024), Volume 33(7), pp. 3299–3308
(No citations available yet)
Effects of Trace Zn on the Deformation Mechanisms of Mg–Gd–Y–Zr Alloy Investigated by In Situ Synchrotron Diffraction
Authors: Liu, W., Dai, C., Liu, J., Sun, W., Zheng, M.
Published in Advanced Engineering Materials (2024), Volume 26(5), Article 2301491
Cited 2 times
Research on Morphology, Porosity, Mechanical Properties of 7075 Aluminum Alloy Repaired by Arc Welding and Laser Shock Forging
Authors: Chen, Z., Zhang, Y., Chi, Y., Lin, C., Lin, Y.
Published in Heliyon (2023), Volume 9(12), Article e22791
Cited 2 times
Novel Hybrid Laser Forging and Arc Additive Repairing Process for Improving Component Performances
Authors: Zhang, Y., Wu, D., Xie, D., Ma, N., Guo, Y.
Published in International Journal of Heat and Mass Transfer (2023), Volume 212, Article 124289
Cited 4 times
Evaluation of Oblique Laser Shock Peening Effect of FGH95 Superalloy Turbine Disk Material
Authors: Lin, C., Wu, H., Li, Z., Xu, H., Zhang, Y.
Published in Materials Today Communications (2022), Volume 31, Article 103534
Cited 6 times
Conclusion
Based on their exceptional research contributions, academic leadership, and recognition in various scientific fields, the individual is certainly a strong contender for the Best Researcher Award. They have demonstrated outstanding capabilities in driving innovation, mentoring the next generation of scholars, and advancing knowledge across multiple disciplines. While some areas for improvement exist, such as enhancing collaboration and focusing on emerging research fields, these are opportunities for further growth rather than limitations. Their ongoing contributions to science and technology, along with their ability to adapt to evolving research landscapes, suggest that they will continue to be a leader in their field.