Highly accomplished Ph.D. Candidate in Nuclear Science & Technology with deep expertise in high-temperature gas-cooled reactor physics, advanced numerical methods, and thermal-hydraulic simulation. Proven ability to conduct innovative research, evidenced by 15 peer-reviewed publications and multiple academic awards. Seeking to leverage strong analytical and computational skills to drive advancements in nuclear energy systems and complex engineering challenges.
Ph.D. Candidate, Nuclear Science and Technology
Beijing, China
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Summary
Led advanced research in nuclear reactor physics and thermal-hydraulics, developing novel numerical methods for high-temperature gas-cooled reactors and contributing to 15 peer-reviewed publications.
Highlights
Spearheaded research in high-temperature gas-cooled reactor (HTGR) pebble bed heat transfer, neutron diffusion, numerical methods, and optimization, leading to 15 peer-reviewed publications.
Developed and validated novel analytical thermal particle models and thermal resistance network models, significantly improving high-resolution heat transfer analysis in pebble beds.
Applied smoothed particle hydrodynamics (SPH) and radial basis function (RBF) collocation techniques to neutron diffusion equations, advancing reactor physics simulation capabilities.
Contributed to the National Natural Science Foundation of China (52006163) project, focusing on optimization and control strategies for supercritical Brayton cycles.
Mentored by Professor Nan Gui, contributing to cutting-edge research in nuclear energy systems and computational thermal-hydraulics.
Awarded multiple academic scholarships and an Excellent Report Award for exceptional research presentations and academic performance.
B.E. in Process Equipment and Control Engineering
Xi'an, China
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Summary
Completed a Bachelor of Engineering with top honors, specializing in process equipment and control engineering and producing an award-winning graduation thesis.
Highlights
Achieved top 1% recognition for an Outstanding Graduation Thesis in Process Equipment and Control Engineering, demonstrating exceptional research and analytical capabilities.
Gained foundational expertise in process engineering principles, equipment design, and control systems relevant to complex industrial applications.
Applied theoretical knowledge to practical engineering challenges, developing strong problem-solving and technical application skills.
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Ph.D.
Nuclear Science and Technology
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B.E.
Process Equipment and Control Engineering
Grade: Outstanding Graduation Thesis (Top 1%)
Awarded By
Tsinghua University
Received for continued excellence in academic pursuits and significant contributions to ongoing research.
Awarded By
Beijing Interdisciplinary Science Society
Recognized for exceptional presentation and scientific contribution at a leading interdisciplinary science conference.
Awarded By
Tsinghua University
Awarded for outstanding academic performance and research potential within the doctoral program.
Published by
International Journal of Thermal Sciences
Summary
Created a refined particle-scale thermal resistance network model for high-resolution heat transfer analysis in pebble bed reactors.
Published by
Powder Technology
Summary
Developed an analytical drag-distribution model for unresolved CFD-DEM, based on effective projected area, for enhanced particulate flow simulations.
Published by
Annals of Nuclear Energy
Summary
Investigated the effect of metal fission products on thermal transport in SiC/PyC nanocomposites using molecular dynamics simulations.
Published by
The 21st International Topical Meeting on Nuclear Reactor Thermal Hydraulics
Summary
Presented research on next-generation thermal network computation, integrating 3D resistance modeling with Random Forest Predictors for pebble bed reactors.
Published by
Nuclear Engineering and Technology
Summary
Applied smoothed particle hydrodynamics (SPH) to solve the neutron diffusion equation, enhancing simulation capabilities in nuclear engineering.
Published by
Annals of Nuclear Energy
Summary
Developed a novel node collocation technique within the radial basis function method for neutron diffusion equations, improving computational efficiency.
Published by
International Communications in Heat and Mass Transfer
Summary
Developed a 3D analytical thermal particle model using Green's function for dispersed internal heat source distributions, advancing heat transfer analysis.
Published by
International Journal of Heat and Mass Transfer
Summary
Proposed a 3D thermal resistance model for particles, integrating internal heat conduction based on generalized thermal resistance.
Published by
International Journal of Heat and Mass Transfer
Summary
Introduced an analytical generalized thermal resistance model for conductive heat transfer in pebble beds, utilizing heat flux weighted temperature difference.
Published by
Particuology
Summary
Improved drag force calculation in CFD-DEM simulations for large-sized particles, enhancing accuracy in particulate flow modeling.
Published by
International Journal of Heat and Mass Transfer
Summary
Developed a novel contact thermal resistance model for granular systems by leveraging the force-heat analogy, improving heat transfer predictions.
Published by
Solar Energy
Summary
Conducted off-design performance analysis for supercritical CO2 mixture Brayton cycles with floating critical points, contributing to solar energy applications.
Published by
Case Studies in Thermal Engineering
Summary
Assessed ternary CO2 mixtures as working fluids for supercritical Brayton cycles with floating critical points, contributing to advanced thermal engineering.
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Energy Science and Engineering
Summary
Investigated heat transfer models for hot crude oil transportation in buried pipelines, optimizing energy efficiency.
Published by
Energy
Summary
Studied optimal operation schemes for heated oil pipeline systems under complex industrial conditions, enhancing operational efficiency.
Python, C++, MATLAB, Fortran.
ANSYS, liggghts, OpenFoam.
Numerical Methods, Finite Element Analysis, Computational Fluid Dynamics (CFD), Discrete Element Method (DEM), Molecular Dynamics Simulation, Thermal-Hydraulic Analysis, Neutron Diffusion Equation, Optimization, Data Analysis, Statistical Modeling (Random Forest).
High-Temperature Gas-Cooled Reactors (HTGR), Pebble Bed Reactors, Supercritical Brayton Cycle, Heat Transfer, Thermal Resistance Networks, Reactor Physics, Energy Systems Design.
Scientific Writing, Peer Review, Technical Presentations, Research Leadership, Editorial Board Membership.
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Summary
Awarded participation in a prestigious talent cultivation program for doctoral students, focusing on advancing scientific and technological research.
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Summary
Research project funded by the National Natural Science Foundation of China (52006163), focused on optimizing supercritical Brayton cycle performance.