Hongjuan Yang | Technological Networks | Best Researcher Award

Published on by Network Science

Dr. Hongjuan Yang | Technological Networks | Best Researcher Award

Jiangnan University | China

Author Profile

 

EARLY ACADEMIC PURSUITS

Dr. Hongjuan Yang began her academic journey with a Bachelor’s degree in Electronic Information Engineering from the Ocean University of China in 2017. Demonstrating early promise and commitment to scientific advancement, she pursued a doctoral degree in Acoustics at the prestigious Institute of Acoustics, Chinese Academy of Sciences. Under the supervision of Academician Chenghao Wang, she specialized in ultrasonic imaging, laying a strong theoretical and technical foundation that would shape her future contributions in the field of nondestructive testing and composite materials.

PROFESSIONAL ENDEAVORS

Dr. Yang’s professional trajectory has been marked by a steady progression in academia and research. After completing her doctorate, she joined the Dalian University of Technology as a postdoctoral researcher and assistant researcher from 2022 to 2025, where she focused on ultrasonic phased array inspection of composite materials under the guidance of Professor Zhanjun Wu. In July 2025, she was appointed Associate Professor at Jiangnan University, China, further establishing her academic presence and leadership in ultrasonic diagnostics and structural health monitoring.

CONTRIBUTIONS AND RESEARCH FOCUS ON TECHNOLOGICAL NETWORKS

Dr. Yang’s primary research contributions revolve around ultrasonic wave propagation, phased array imaging, and nondestructive evaluation of advanced composite materials, particularly carbon fiber-reinforced polymers (CFRPs). Her work innovatively integrates energy compensation algorithms, reverse time migration, and machine learning to improve the detection and imaging of structural defects in composite structures. She has led national-level scientific projects, including the Youth Science Fund of the National Natural Science Foundation of China and a Doctoral Research Startup Project under the Liaoning Provincial Natural Science Foundation. These projects highlight her technical ingenuity in developing new methods for ultrasonic inspection of irregular and thick-walled CFRPs.

IMPACT AND INFLUENCE

Dr. Yang’s influence in the field of ultrasonic imaging and nondestructive evaluation is evident through her impressive portfolio of scholarly publications and citations. As the first or corresponding author, she has published nine SCI-indexed papers—six of which appeared in JCR Q1 journals—alongside four EI-indexed papers. Her publications in leading journals such as Ultrasonics, Composite Structures, and Measurement demonstrate both breadth and depth in theoretical and applied acoustics. Notably, one of her review papers has amassed 85 citations, and another has been recognized as a “highly cited paper” with 161 citations, underscoring the academic relevance and practical significance of her work.

ACADEMIC CITES AND PATENTS

Dr. Yang’s academic visibility is amplified by the high citation rates of her most influential papers. Her collaborative work in guided ultrasonic wave-based structural health monitoring is particularly recognized internationally. In addition to her publications, Dr. Yang holds four national invention patents in China. These patents include innovations in ultrasonic imaging and deep learning-based damage detection in bonded structures, showcasing her ability to translate scientific insight into applicable technologies. One of her patent-based methods has been granted authorization in 2024, and another in 2025, indicating her continuous commitment to real-world impact.

AWARDS AND HONORS

Dr. Yang has received significant recognition for her scientific excellence. Her paper on ultrasonic testing of carbon fiber composites was selected for promotion under the China Association for Science and Technology’s “Bilingual Communication Project 2024,” a prestigious honor that highlights the academic value and international relevance of her research. She also earned the “Excellence Award” at the Second National Postdoctoral Innovation and Entrepreneurship Competition – Liaoning Selection, reflecting her distinction in postdoctoral research and innovation.

LEGACY AND FUTURE CONTRIBUTIONS

As a rising academic leader, Dr. Hongjuan Yang is shaping the future of nondestructive testing through her interdisciplinary expertise in acoustics, mechanics, and artificial intelligence. Her legacy lies in the integration of physical modeling and data-driven algorithms for complex composite material analysis. Looking forward, her ongoing projects are poised to further redefine ultrasonic phased array technology by addressing structural irregularities in real-world applications. Her future contributions are expected to bridge scientific rigor with industrial applications, fostering smarter, safer, and more sustainable material diagnostics in aerospace, automotive, and civil engineering sectors.

ADDITIONAL HIGHLIGHTS

Beyond her research and teaching, Dr. Yang serves as a reviewer for reputed journals like Research in Nondestructive Evaluation, contributing to academic peer review and quality assurance in her domain. Her collaborative spirit and interdisciplinary projects enhance academic partnerships and foster innovation. As an associate professor, she continues to mentor the next generation of researchers and engineers, reinforcing her role as a thought leader in ultrasonic science and engineering.

NOTABLE PUBLICATIONS

"Modeling and designing of a phased array comprising piezoelectric stack transducer for ultrasonic Lamb wave-based damage detection" 

  • Author: Hongjuan Yang
  • Journal: Structural Health Monitoring
  • Year: 2025

Mingyue Zhang | Technological Networks | Best Researcher Award

Published on by Network Science

Mingyue Zhang | Technological Networks | Best Researcher Award

School of Mechanical Engineering of Dalian University of Technology | China

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BIOGRAPHY OF MINGYUE ZHANG: A VISIONARY IN RECONFIGURABLE ANTENNA TECHNOLOGIES

EARLY ACADEMIC PURSUITS

Mingyue Zhang was born in Henan province, China, and has demonstrated an unwavering passion for engineering and technology from a young age. His academic journey began at Henan Polytechnic University, where he earned both his Bachelor’s (2014–2018) and Master’s (2018–2021) degrees from the School of Mechanical and Power Engineering. Fueled by curiosity and a drive for innovation, he progressed to pursue his Ph.D. in Mechanical Engineering at the prestigious Dalian University of Technology starting in September 2021, where he continues to immerse himself in cutting-edge research.

PROFESSIONAL ENDEAVORS

Although currently a doctoral candidate, Mingyue Zhang has already made significant strides in academia and engineering. His research output—comprising ten peer-reviewed journal articles—demonstrates his evolving leadership in antenna design and battery management systems. Through collaboration with academic peers and specialists across China, he has contributed to both theoretical frameworks and practical applications, showing promise not only as a researcher but as an innovator.

CONTRIBUTIONS AND RESEARCH FOCUS ON TECHNOLOGICAL NETWORKS

Mingyue Zhang's primary research interests center around topology optimization in electromagnetics, reconfigurable antennas, and phased arrays, firmly placing him in the subdomain of Technological Networks, particularly reconfigurable antennas. His work explores intelligent antenna structures capable of adjusting their parameters dynamically—critical for advanced wireless communication and next-generation radar systems.

His notable contributions include:

  • Development of band-notched UWB antennas using novel C-shaped slot designs.

  • Innovations in pattern reconfigurable antennas with controllable main lobe deflection.

  • Comprehensive reviews and future-oriented studies on the state of reconfigurable antenna technology.

  • Breakthroughs in battery management systems (BMS) using advanced state of charge (SOC) estimation techniques.

IMPACT AND INFLUENCE

Mingyue Zhang’s work is increasingly gaining attention in the international academic community. His articles have been published in high-impact journals such as:

  • International Journal of Antennas and Propagation

  • Smart Materials and Structures

  • Nano Letters

  • International Journal of Electric and Hybrid Vehicles

His interdisciplinary research has bridged gaps between electromagnetics, signal processing, and sustainable energy technologies—establishing a solid foundation for future collaborative and applied research across domains such as IoT, 5G, electric mobility, and smart systems.

ACADEMIC CITES AND SCHOLARLY CONTRIBUTIONS

Mingyue’s journal articles are increasingly cited by fellow researchers, particularly those in the fields of antenna design, wireless sensor networks, and electrical vehicles. His reviews and design methodologies have been pivotal in advancing the academic conversation around reconfigurable antenna performance and energy management systems. With an impressive citation trajectory, his work supports not only academic understanding but also industrial implementation.

LEGACY AND FUTURE CONTRIBUTIONS

As a budding expert in the field of reconfigurable antenna technologies, Mingyue Zhang is poised to become a leading voice in shaping the next generation of wireless communication infrastructure. His future research will likely focus on:

  • Smart reconfigurable arrays for adaptive communication environments.

  • Topology optimization for performance-driven, energy-efficient antenna systems.

  • Hybrid integration of antenna design with AI and machine learning for real-time adaptive systems.

His early success, combined with a rigorous academic background and a visionary approach to applied electromagnetics, cements his reputation as a rising star in technological networks. Mingyue Zhang is not only contributing to today's innovations but also laying the groundwork for tomorrow's intelligent communication systems.

OTHER NOTABLE HIGHLIGHTS

  • Educational Milestones:

    • Ph.D. Scholar, Dalian University of Technology (2021–present)

    • Master’s Degree, Henan Polytechnic University (2018–2021)

    • Bachelor’s Degree, Henan Polytechnic University (2014–2018)

  • Published Works:

    • Authored 10 scholarly articles, with leading contributions in antenna design and electric vehicle energy management systems.

  • Collaborative Excellence:

    • Worked alongside respected researchers such as Renjing Gao, Guangyu Xu, and Xiaobin Fan.

CONCLUSION

Mingyue Zhang exemplifies the future of smart wireless and electronic system innovation. His journey—from a student in Henan to a research leader in Dalian—stands as a testament to dedication, intellectual curiosity, and scientific impact. His work continues to inspire peers and promises to shape modern communication and power systems on a global scale.

NOTABLE PUBLICATIONS

"A Novel Design Method of C‐Shaped Slots for Reconfigurable Band‐Notched UWB Antenna" 

  • Author: Mingyue Zhang; Renjing Gao
  • Journal: International Journal of Communication Systems
  • Year: 2025

"Pattern reconfigurable antenna with specified main lobe deflection and stable bandwidth by using bistable composite laminates" 

  • Author: Mingyue Zhang; Wei Tong; Guangyu Xu; Qi Wang; Renjing Gao
  • Journal: Smart Materials and Structures
  • Year: 2024

"Reconfigurable Antennas for Wireless Communication: Design Mechanism, State of the Art, Challenges, and Future Perspectives" 

  • Author: Mingyue Zhang; Guangyu Xu; Renjing Gao; Rakesh Chowdhury
  • Journal: International Journal of Antennas and Propagation
  • Year: 2024

"Design and implementation of software and hardware of battery management system based on a novel state of charge estimation method" 

  • Author: Mingyue Zhang; Xiaobin Fan
  • Journal: International Journal of Electric and Hybrid Vehicles
  • Year: 2022

"Design of battery management system based on improved ampere-hour integration method" 

  • Author: Mingyue Zhang; Xiaobin Fan
  • Journal: International Journal of Electric and Hybrid Vehicles
  • Year: 2022