Dr. Hongbo Guo, School of Aerospace Engineering, Beijing Institute of Technology, China
Hongbo Guo is a doctoral researcher in Power Engineering and Engineering Thermal Physics at Harbin Engineering University, China. He holds both Bachelor’s and Master’s degrees in Energy and Power Engineering from the same institution. His academic and research journey reflects a strong focus on computational fluid dynamics, multiphase combustion, and molecular dynamics simulations. He has authored several peer-reviewed publications in leading journals, including Journal of Molecular Liquids and Aeroengine, covering topics such as nanofluid thermal conductivity, detonation flow fields, and laser ignition mechanisms. Hongbo also holds software copyright for gas-phase detonation calculations. Known for his diligence and versatility in programming with Fortran, Matlab, and C, he is recognized with multiple honors such as Merit Student and Excellent Student Cadre. His future research aims to advance high-performance numerical simulations in reactive and multiphase flow systems.
Professional Profile:
SCOPUS
Summary of Suitability for Best Researcher Award – Hongbo Guo
Dr. Hongbo Guo is a dedicated and forward-looking researcher in the field of Power Engineering and Engineering Thermal Physics, currently pursuing his doctoral studies at Harbin Engineering University. With a solid educational foundation and consistent academic excellence from undergraduate to doctoral levels, Dr. Guo has demonstrated a strong commitment to high-quality research in computational fluid dynamics (CFD), molecular dynamics, and reacting flow systems.
🎓 Education
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2011.09 – 2015.06
🏫 Undergraduate, Harbin Engineering University, China
🎯 Major: Energy and Power Engineering
📄 Published Paper:
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2016.09 – 2017.06
🧑🎓 Master’s, Harbin Engineering University, China
🎯 Major: Power Engineering
🏅 Honors:
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2017.09 – Present
🎓 Doctorate, Harbin Engineering University, China
🎯 Major: Power Engineering and Engineering Thermal Physics
📄 Key Publications:
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Simulation of interfacial layer effects on Cu-Ar nanofluids – Journal of Molecular Liquids (2018)
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Rotating detonation combustion chamber study – Aeroengine (2019)
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Double point laser ignition mechanism – 27th ICDERS (2019)
🧑💻 Software Copyright: Gas phase detonation characteristics calculation
🏅 Honors:
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⭐ Merit Student
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👔 Excellent Student Cadre
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🎖 Excellent League Member
💼 Work Experience
🌟 Achievements
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✅ Published multiple peer-reviewed research papers in molecular dynamics, combustion simulation, and CFD
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🧠 Developed specialized software for gas-phase detonation modeling
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🔬 Focused on cutting-edge research in multiphase combustion and high-performance computing for reactive flows
Publication Top Notes:
Effects of equivalence ratios on the oblique detonation initiation in ammonia/hydrogen/air mixtures