Qingdao University of Technology,China
Profile
ScopusĀ
Early Academic Pursuits āØ
Fanxiu Chen’s journey in academia began with a strong foundation in mechanical engineering, where she cultivated a deep interest in experimental mechanics and material behavior analysis. Her early academic years were characterized by a curiosity for understanding the intrinsic properties of materials and their response to external forces. She pursued her studies with an unwavering commitment to scientific discovery, delving into the complexities of optomechanical methods and their applications. Recognizing the need for advanced measurement techniques, she dedicated herself to exploring novel methodologies for analyzing mechanical properties, setting the stage for her future contributions to the field.
Professional Endeavors š©āš
As a professor and doctoral supervisor, Fanxiu Chen has played a pivotal role in advancing experimental mechanics and testing technology. Her professional journey has been marked by active participation in esteemed committees, including the Professional Committee of Experimental Mechanics of the Chinese Mechanical Society and the Professional Committee of Testing Technology of the Production Engineering Branch of the Chinese Mechanical Engineering Society. She has also been recognized as a young expert of Taishan Scholars in Shandong Province. Her work has bridged the gap between theoretical research and practical applications, particularly in the safety assessment and monitoring of major infrastructure projects in coastal environments.
Her research focuses on developing high-precision optical non-contact detection technologies to enhance the reliability of concrete infrastructure. By integrating modern optomechanical methods with structural health monitoring, she has provided groundbreaking insights into material degradation, damage evaluation, and safety diagnostics. Through collaboration with interdisciplinary teams, she has successfully translated her findings into real-world applications, benefiting large-scale engineering projects across the globe.
Contributions and Research Focus š¬
At the core of Fanxiu Chen’s research lies a dedication to improving the durability and longevity of reinforced concrete structures, particularly those exposed to harsh coastal environments. She has led systematic investigations into the microstructural evolution of concrete, analyzing how factors such as multi-ion coupling, steel corrosion, and environmental stressors influence material integrity. Her work has provided a scientific basis for predicting the service life of reinforced concrete structures, offering innovative solutions for mitigating structural degradation.
One of her most notable contributions is the development of a seamless multi-camera 3D-DIC method, which allows for high-precision real-time monitoring of structural performance. Additionally, she has pioneered the use of an underwater non-contact camera array for rapid assessment of damage in submerged structures. These technological advancements have revolutionized the way engineers approach infrastructure maintenance, enabling early detection of vulnerabilities and informed decision-making.
Her research has also yielded significant advancements in steel corrosion analysis. By establishing theoretical models for corrosion expansion forces under various environmental conditions, she has shed light on the relationship between corrosion-induced stress and surface strain in concrete. Her findings have been widely recognized, including the selection of her work as a highly cited ESI paper. Furthermore, her contributions to reducing steel reinforcement expansion forces have had a tangible impact on enhancing structural resilience.
Accolades and Recognition š
Fanxiu Chen’s exemplary contributions have earned her numerous prestigious accolades, solidifying her reputation as a leading researcher in her field. She was among the first to be selected for the “Shandong Provincial Plan for the Introduction of Young Creative Talents in Colleges and Universities” in 2019. Her teamās research has resulted in the authorization of 10 domestic and international patents and the publication of three academic monographs and textbooks.
Her groundbreaking work has not only garnered recognition in academia but also in industry. The high-precision optical non-contact detection technology she developed has been successfully commercialized in partnership with major enterprises, including Dantec in Germany and leading companies in Shenzhen and Nanjing. The widespread adoption of her technology in over 20 countries, including the United Kingdom, the United States, and Canada, attests to the global impact of her innovations.
Her influence extends beyond research, as she has played a crucial role in mentoring the next generation of engineers and researchers. Under her guidance, her students have achieved remarkable success, winning national scholarships, provincial excellence awards, and recognition for innovation. Her dedication to fostering young talent has solidified her legacy as both a scholar and a mentor.
Impact and Influence š
The impact of Fanxiu Chenās research is far-reaching, with practical applications in critical infrastructure projects such as Qingdao Metro, Qinglian Railway, and Jiaozhou Bay Subsea Tunnel. Her contributions have been instrumental in ensuring the structural integrity of these projects, leading to prestigious awards such as the Luban Award and the National Quality Engineering Award.
Beyond engineering applications, her work has contributed significantly to the field of experimental mechanics, providing a deeper understanding of material behavior under complex environmental conditions. Her research has influenced policy-making in infrastructure safety, guiding best practices for maintenance and rehabilitation strategies. The economic and social benefits of her contributions are evident, with newly added sales revenue from her industrialized technologies surpassing 1.2 billion yuan in the past two years alone.
Legacy and Future Contributions š
Looking ahead, Fanxiu Chen remains dedicated to pushing the boundaries of material science and structural health monitoring. Her future endeavors include further refining high-precision monitoring technologies and expanding the application of artificial intelligence in predictive maintenance. She envisions developing an intelligent, data-driven platform for real-time infrastructure monitoring, integrating machine learning algorithms to enhance predictive capabilities.
As a trailblazer in her field, she continues to inspire future researchers and engineers, advocating for a proactive approach to structural safety. Her unwavering commitment to scientific exploration, technological innovation, and knowledge dissemination ensures that her contributions will shape the landscape of engineering and material science for generations to come.
šNotable Publications
Ā Effects of water-cement ratio and particle diameter on the mechanical properties of cement paste particles
Author: Z. Qiu, Ziming; F. Chen, Fanxiu; Y. Yu, Yang; X. Wang, Xiao; Y. Wang, Yuan
Journal: Optics and Lasers in Engineering
Year: 2025
Structural properties and mechanical behavior of three-dimensional cylindrical particle-like systems under in situ loading
Author: Y. Gu, Yanji; F. Chen, Fanxiu; Y. Yu, Yang; J. Liu, Jinglan; Z. Qiu, Ziming
Journal: Powder Technology
Year: 2025
Contact force calculation and evolution analysis of granular systems based on micro-CT experiment
Author: X. Wang, Xiao; S. Song, Shiqi; Z. Ping, Zijian; X. Shang, Xianyi; F. Chen, Fanxiu
Journal: Wuli Xuebao/Acta Physica Sinica
Year: 2025
Quasi-static modeling of a cable-driven continuum manipulator considering non-smooth cable-hole friction and experimental verification
Author: S. Zhang, Shucui; J. Zhao, Jiayuan; X. Zhang, Xingang; H. Peng, Haijun; C. Liu, Caishan
Journal: Mechanism and Machine Theory
Year: 2024