Huazhong University of Science and Technology - China
AUTHOR PROFILE
EARLY ACADEMIC PURSUITS:
YONG ZHAO, a distinguished Ph.D. Candidate in the School of Electrical and Electronic Engineering at Huazhong University of Science and Technology (HUST), embarked on his academic journey in 2019. Holding a Bachelor's degree in Electrical Engineering and Automation from Northeast Forestry University, China, he has showcased exceptional academic prowess with an impressive average score of 90.34/100 in his integrated Master's-Ph.D. program.
PROFESSIONAL ENDEAVORS:
Yong Zhao's commitment to academic excellence is further exemplified by his five years of dedicated experience in the field. His initiation into the Best Researcher Award at the International Awards on Civil and Environmental Engineering underscores his impactful contributions.
CONTRIBUTIONS AND RESEARCH FOCUS:
Yong Zhao's area of specialization spans Rock Fragmentation, Multiphase Fluid, and Dielectric Breakdown. His primary research thrust revolves around Hard Rock Fragmentation using High Voltage and Discharge. Engaged in five research projects, including national ones, Zhao has actively participated in 33 publications cited in reputable indices such as Scopus and Web of Science.
IMPACT AND INFLUENCE:
His commitment extends beyond traditional research, having been involved in two consultancy and industry-sponsored projects. Moreover, Zhao's influence is evident in his editorial roles for journals, showcasing his active participation in shaping scholarly discourse.
ACADEMIC CITES:
Yong Zhao's H-index of 4, based on Scopus/Web of Science, is a testament to the impact of his publications. Having visited one country for research activities and being a member of 14 professional bodies, Zhao's scholarly network reflects the breadth of his influence.
LEGACY AND FUTURE CONTRIBUTIONS:
In the realm of research and development, innovations, and extension activities, Yong Zhao's impact is noteworthy. His comprehensive research on rock fragmentation, dielectric breakdown, and fluid dynamics showcases a dedication to both fundamental understanding and practical applications.
NOTABLE PUBLICATION
The plasma path development model (PPDM) in rocks during rock breaking by high-voltage pulse discharge.