Assoc Prof Dr. Yanju Wei | New Energy Vehicles | Best Researcher Award
Associate Professor at Xi’an Jiaotong University, China
Dr. Yanju Wei is an Associate Professor at Xi’an Jiaotong University, specializing in new energy vehicle power systems and droplet combustion research. With over 50 publications in SCI-indexed journals, he has made significant contributions to the field, including leading key projects funded by the National Natural Science Foundation of China. His active roles in professional societies and editorial boards reflect his commitment to advancing internal combustion engine research.
Author Metrics
Dr. Wei has an H-index of 14, indicating a solid citation impact in his field. His research has garnered attention, with more than 50 papers published in reputable journals. This metric highlights the influence of his work in the scientific community, particularly in energy vehicle systems and combustion technologies.
- Total Citations: 1002
- Citations in Recent Publications: 619
h-index
- Overall h-index: 17
- h-index for Recent Publications: 14
i10-index
- Overall i10-index: 24
- i10-index for Recent Publications: 21
Education
Dr. Wei earned his Ph.D. in Mechanical Engineering, focusing on combustion and energy systems. His academic training provided a robust foundation for his research endeavors, enabling him to explore innovative solutions in energy efficiency and emissions reduction.
Research Focus
His primary research interests include fundamental studies on combustion in carbon-neutral methanol fuel engines, droplet dynamics, and integrated power chassis for new energy vehicles. Dr. Wei is particularly noted for his exploration of combustion mechanisms, non-regulatory emissions, and novel atomization phenomena.
Professional Journey
Dr. Wei’s career began with a focus on mechanical engineering, leading to positions in academia and industry. He has actively collaborated with organizations such as Chongqing Changan Automobile Co., Ltd. and GM (Shanghai), enhancing the practical application of his research. His leadership roles in professional societies underscore his influence and commitment to the field.
Honors & Awards
Throughout his career, Dr. Wei has received several accolades for his contributions to combustion research and energy systems. These honors recognize his innovative work and its impact on sustainable energy solutions, affirming his status as a leader in his field.
Publications Noted & Contributions
Dr. Wei’s contributions include significant publications on methanol combustion and droplet dynamics. Notably, his work on non-regulatory emissions and the development of high-power methanol engines has advanced the understanding of alternative fuels. His patents further showcase his innovative approaches to energy technology.
Design of Alveolar Biomimetic Enhanced Heat Transfer Structure for Cylindrical Lithium Battery Pack
Authors: Y. Wei, Z. Zeng, R. Du, A. Baig, M.S. Farooq, S. Liu
Journal: Journal of Energy Storage
Volume/Issue: 101
Article Number: 113721
Year: 2024
This paper presents a novel design for enhancing heat transfer in cylindrical lithium battery packs using biomimetic principles, aimed at improving efficiency and safety in energy storage systems.
2. A Comprehensive Analysis of a Compact-Sized Methanol Cracking Unit for Hydrogen Production
Authors: M.S. Farooq, A. Baig, Y. Wei, H. Liu, Z. Zeng, Z. Shi
Journal: International Journal of Hydrogen Energy
Volume/Issue: 87, 822-837
Year: 2024
This study investigates a compact methanol cracking unit designed for hydrogen production, focusing on efficiency and practicality for energy applications.
Authors: Y. Wei, Y. Yang, H. Liu
Journal: Journal of Environmental & Earth Sciences
Volume/Issue: 6 (3), 111-123
Year: 2024
This publication explores the geomorphological changes caused by an asteroid impact, analyzing its effects on the landscape from East Asia to North Africa.
4. Dynamics of Droplets Entering Ultrasonic Standing Wave Field at Different Angles
Authors: Y. Zhang, H. Liu, Y. Yang, Y. Wei, A. Baig, M.S. Farooq
Journal: AIP Advances
Volume/Issue: 13 (10)
Year: 2023
This article examines the behavior of droplets entering ultrasonic standing wave fields at various angles, contributing to the understanding of droplet dynamics in advanced applications.
5. The “On–Off–On” Flame Formed in the Acoustic Standing Wave Field
Authors: Y. Zhang, Y. Wei, Y. Yang
Journal: AIP Advances
Volume/Issue: 13 (5)
Year: 2023
This research investigates the unique flame behavior induced by acoustic standing waves, revealing insights into combustion dynamics in controlled environments.
Research Timeline
Dr. Wei’s research timeline includes completed projects under the NSFC and major initiatives in Shanxi Province. His ongoing projects continue to explore the potential of methanol fuel and droplet dynamics in energy applications, with anticipated results expected to influence future technologies.
Conclusion
Dr. Yanju Wei’s extensive research and contributions to new energy vehicle systems and combustion science position him as a key figure in advancing sustainable energy solutions. His interdisciplinary approach and commitment to innovation continue to drive progress in the field, making significant strides toward a more sustainable future.