Mr. Shuo Yang, at Shenyang Institute of Engineering, China.
Dr. Shuo Yang (ๆจ็ก), born on February 25, 1986, is an accomplished associate professor and postgraduate supervisor at the Shenyang Institute of Engineering, China. ๐ He currently serves as the assistant dean of the School of Energy Power and Nuclear Technology Engineering and holds leadership roles across several key provincial laboratories. His expertise lies in clean combustion, thermochemical energy conversion, and microscale fluid dynamics. ๐ฑ๐ฅ Recognized for his significant contributions to engineering thermophysics, he was selected for the prestigious “Bai Qian Wan Talents Program” in 2018 and the Shenyang High-Level Talent Program in 2020. ๐
Dr. Yang is also actively involved in academic societies and editorial boards, reflecting his broad influence in both national and international research communities. As a peer reviewer and NSFC expert, he promotes scientific excellence. ๐ His work bridges theoretical insight and industrial relevance, exemplified by over 60 publications and 7 patents.
Professional Profile
Scopus
๐ Education
Dr. Shuo Yangโs academic path is marked by a strong foundation in thermal and power engineering. He earned his Ph.D. in Engineering Thermophysics from Northeastern University (2017), with his doctoral research conducted at the Key Laboratory of Electromagnetic Process of Materials under Chinaโs Ministry of Education. ๐งช Before that, he received his Master of Engineering in Thermal Engineering from Liaoning Technical University (2012) and a Bachelorโs degree in Thermal Energy and Power Engineering (2009) from the same institution. ๐ซ Throughout his academic journey, he focused on heat transfer, capillary convection, and fluid dynamics, setting the groundwork for his future innovations in energy and combustion research. ๐ฅ๐ง His exposure to multidisciplinary labs during these years refined his approach to tackling complex energy problems at the interface of physics and engineering. ๐ His doctoral and postgraduate training was instrumental in shaping his career as a thought leader in clean energy systems and microfluidics. ๐
๐ผ Experience
Dr. Shuo Yang brings over a decade of experience across teaching, research, and leadership in energy and fluid mechanics. He currently serves as the assistant dean at the Shenyang Institute of Engineering, where he also leads the Key Laboratory for Clean Combustion Power Generation and the Circulating Fluidized Bed Combustion Laboratory. ๐๏ธ Since 2019, he has managed national and provincial research projects, including NSFC grants and major collaborations with industry. Heโs also played pivotal roles as peer reviewer, editor, and competition juror for national innovation events. ๐งโโ๏ธ His teaching combines theoretical depth with hands-on problem-solving, mentoring students in cutting-edge technologies and fostering innovation. Dr. Yang’s service as an editorial board member in multiple journals and ambassador roles in academic societies reflects his dedication to scholarly advancement. ๐ His practical experience with spontaneous combustion, slagging prevention, and microfluidic control systems has real-world applications in energy and environmental sectors. โ๏ธ
๐ฌ Research Interests
Dr. Yangโs research centers around micro/mesoscale fluid mechanics and clean energy conversion. ๐งซ๐จ His key focus areas include interfacial phenomena in microscale systems, thermosolutal capillary convection, and fluid instability in dynamic thermal environments. These insights help improve energy efficiency in fluid-based systems and fuel combustion environments. ๐ He also explores catalytic combustion and thermochemical processing of low-grade carbon resourcesโvital for biomass utilization and reducing carbon emissions. โป๏ธ๐ฅ His investigations into liquid bridges, gravitational tilt, and magnetic field influences offer valuable input for advanced material processing and microgravity studies. ๐ His multi-field coupled simulations provide foundational understanding for space science experiments and ground-level industrial applications. ๐ง With projects supported by institutions like the National Natural Science Foundation of China and the Chinese Academy of Sciences, his research is pushing boundaries in sustainable power systems and microfluidic engineering. ๐ ๏ธ He is deeply invested in solving real-world energy challenges through interdisciplinary innovation.
๐ Awards
Dr. Yang has received numerous accolades in recognition of his scientific achievements and leadership. ๐ฅ In 2018, he was honored with the “Ten Thousand Talents” distinction from the Liaoning Provincial Bai Qian Wan Program. ๐ In 2020, he was selected for the Shenyang High-Level Talents Program (Top Talents). His academic work earned him the third prize of the Natural Science Academic Achievement Award from Liaoning Province in 2019, and a second prize from the Shandong Machinery Industry Science and Technology Award in 2021. ๐
Between 2022 and 2024, he received two third prizes and an honorable mention from the Shenyang City Natural Science Awards. ๐๏ธ As a peer-review expert and editor for numerous journals, heโs been repeatedly recognized for excellence in academic service. His contributions not only push scientific boundaries but also inspire future energy researchers and innovators. ๐ These awards solidify his position as a prominent figure in clean combustion and microfluidics.
๐ Top Noted Publications
Dr. Shuo Yang has authored more than 60 research papers, with over 26 indexed by SCI, including 12 in Q1 journals. ๐งพ His work focuses on thermocapillary convection, biomass combustion, and interfacial energy dynamics. ๐ฌ Selected publications:
1. Combustion of Rice Husk
2. Microgravity Convection Study
3. Tilt on Thermocapillary Convection
4. Gas Flame Coal Combustion
5. Biomass Slagging
6. Liquid Bridge Dynamics
7. Prandtl Fluid Oscillation
8. Free Surface Response
Conclusion
Dr. Shuo Yang is highly suitable for the “Research for Best Scholar Award”.
His academic output, technological innovation, leadership, and recognized impact across clean energy and thermophysical research fields make him a strong and deserving candidate. With a well-rounded blend of deep technical expertise, research leadership, and educational contribution, he exemplifies the values and excellence that such an award aims to recognize.