Supervised Students
Ph.D. Candidates
Master's Candidates
Master's Graduates
-
Zheng Zhao (赵峥) Photo Sep 2023 - Mar 2026The Lattice Boltzmann Simulation of Flow and Heat/Mass Transfer on Non-uniform GridsIndustry 🏢 Chongqing Changan Automobile Co., Ltd.
(重庆长安汽车股份有限公司) -
Rui-Qi Li (李瑞琦) Photo Sep 2022 - Mar 2025Evolution of Flow Structures in Channel Turbulence Under the Influence of Time-Varying Wall TemperatureIndustry 🏢 Hangzhou Mushiny Technology Co., Ltd.
(杭州牧星科技有限公司) -
Hua-Lin Wu (吴华林) Photo Sep 2021 - Mar 2024Migration Strategies of Self-Propelled Particles in a Turbulent Flow FieldAcademia 🎓 Continued Ph.D. studies in our group at NPU -
Ben-Rui Xu (许本瑞) Photo Sep 2021 - Mar 2024Coherent Structures of Shear Thermal Turbulence and Particle SedimentationsAcademia 🎓 Continued Ph.D. studies in our group at NPU -
Bo-Tao Li (李博韬) Photo Sep 2020 - Mar 2023Parallel Computation of the Lattice Boltzmann Method for Complex Flows on Multi-GPUsIndustry 🏢 First Aircraft Institute of AVIC
(中国航空工业集团公司第一飞机设计研究院) -
Wen-Hao Xue (薛文灏) Sep 2019 - Mar 2022Boundary Layers and Forces on Bluff Bodies and Airfoils in Thermal TurbulenceAcademia 🎓 Ph.D. Candidate at Northwestern Polytechnical University (NPU)
Students' Honors and Awards
- First-Class Academic Scholarship: Bo-Tao Li (2021); Ben-Rui Xu (2022, 2023, 2025); Hua-Lin Wu (2022, 2023); Li-Sheng Jiang (2022)
- First-Class Scholarship: Ben-Rui Xu (2022; 2023)
- Second-Class Scholarship: Ben-Rui Xu (2025)
- Wu Ya-Jun Special Scholarship: Hua-Lin Wu (2022)
- Kewei Special Scholarship: Li-Sheng Jiang (2022)
Teaching at NPU
1. Teaching Courses
All undergraduate course records: -- undergraduate courses, -- actual teaching hours, and -- student enrollments.
| Code | Course Name | Remarks | Teaching Records (Actual Hours / Students) |
|---|---|---|---|
| U01M11039 |
Introduction to Viscous Fluid Mechanics (粘性流体力学导论)
Sem.
Hours h
Enroll.
|
Professional Core Course (专业核心课程) |
|
| NXC4122 |
Thermodynamics and Fluid Mechanics (热力学和流体力学)
Sem.
Hours h
Enroll.
|
Professional Core Course (专业核心课程) |
|
| U01M11097 |
Viscous Fluid Mechanics (粘性流体力学)
Sem.
Hours h
Enroll.
|
Professional Elective Course (专业选修课程) |
|
| U01G11011 |
Tensor Analysis (张量分析)
Sem.
Hours h
Enroll.
|
Mathematics and Natural Sciences (数学与自然科学类) |
|
| U01M11222 |
Continuum Mechanics (连续介质力学)
Sem.
Hours h
Enroll.
|
Broad Discipline Platform Course (大类平台课程) |
|
| U01M11224 |
Fluid Mechanics Fundamentals (流体力学贯通课-流体力学基础)
Sem.
Hours h
Enroll.
|
Broad Discipline Platform Course (大类平台课程) |
|
Actual hours are counted from the scheduled sessions taught by Ao Xu; student numbers refer to enrollment in the corresponding teaching class(es).
| Code | Course Name | Type | Semesters |
|---|---|---|---|
| M01M12024 | Introduction to Turbulence (English-Taught / 全英文课程) | Elective | Spring 2020, 2021, 2022, 2023, 2024, 2025, 2026 |
| D01A11004 | New Progress in Fluid Mechanics (流体力学研究的新进展) | Lecture | Fall 2023 |
2. Class Teacher
3. Undergraduate Innovation Training Projects
Supervised 8 projects involving 38 students.
- S202510699620 (Jia-Qiang He et al.) Provincial 5 Members
- S202410699683 (Yun-Qian Bi et al.) Provincial 5 Members
- S202310699570 (He-Fei Fan et al.) Provincial 5 Members
- S202110699324 (Qing-Yang Shi et al.) Provincial Rated "Excellent" on completion
- 202110699053 (Le-Tian Jiang et al.) National 4 Members
- S202010699434 (Li-Sheng Jiang et al.) Provincial 5 Members
- S202010699577 (Ye-Kai Pan et al.) Provincial 4 Members
- S201910699348 (Bo-Tao Li et al.) Provincial 5 Members
4. Undergraduate Thesis Supervision
Supervised 18 students' graduation theses.
5. Competitions & Resources
- 2021: School Level 1st Prize
- 2022: University Level 3rd Prize, School Level 1st Prize
📺 Watch on Bilibili (哔哩哔哩)
Teaching at HKUST
Course description: Fundamental concepts; pure substance; work and heat; control volume; Ideal and real gases. First and second laws of thermodynamics. Entropy. Elementary power and refrigeration cycles.
Course instructor: Prof. Baoling HUANG
Course description: Thermodynamics of combustion, chemical equilibrium, refrigeration and mixtures of gases. Analysis of power generation, propulsion systems. Performance of modern steam plants, gas turbines, internal combustion engines and refrigeration plants.
Course instructor: Prof. Robin Lok Wang MA














