Supervised Students
Ph.D. Candidates
- Hua-Lin Wu, - present
- Ben-Rui Xu, - present
- Li-Sheng Jiang, - present
Master's Candidates
- Yu-Cheng Ma, - present
- Zhi-Jie He, - present
- Zheng Zhao, - present
Master's Graduates
- Rui-Qi Li, Sep 2022 - Mar 2025, Evolution of Flow Structures in Channel Turbulence Under the Influence of Time-Varying Wall Temperature (时变壁面温度影响下槽道湍流的流动结构演化).
- Hua-Lin Wu, Sep 2021 - Mar 2024, Migration Strategies of Self-Propelled Particles in a Turbulent Flow Field (自驱动颗粒在湍流场中的迁移策略研究).
- Ben-Rui Xu, Sep 2021 - Mar 2024, Coherent Structures of Shear Thermal Turbulence and Particle Sedimentations (剪切热湍流的拟序结构及颗粒沉降).
- Bo-Tao Li, Sep 2020 - Mar 2023, Parallel Computation of the Lattice Boltzmann Method for Complex Flows on Multi-GPUs (多GPU复杂流动格子Boltzmann方法的并行计算).
- Wen-Hao Xue, Sep 2019 - Mar 2022, Boundary Layers and Forces on Bluff Bodies and Airfoils in Thermal Turbulence (热湍流中边界层与钝体及翼型受力特性研究).
Students' Honors and Awards
- University Outstanding Graduate Student Award (学校“优秀研究生”)
- University Outstanding Graduating Student Award (学校“优秀毕业生”)
- University Outstanding Master's Thesis (学校“优秀硕士学位论文”):
- National Scholarship for Graduate Students (研究生国家奖学金):
- First-Class Academic Scholarship (一等学业奖学金):
- First-Class Scholarship (一等奖学金): Ben-Rui Xu; Hua-Lin Wu
- Wu Ya-Jun Special Scholarship (吴亚军专项奖学金): Hua-Lin Wu
- Kewei Special Scholarship (科为专项奖学金): Li-Sheng Jiang
Teaching at NPU
Teaching Courses
| Course name | Semesters | Teaching hours | Student numbers | Remark |
|---|---|---|---|---|
| 粘性流体力学导论（本科课程） | 2 （2020+2021） | 64 （32+32） | 62 （37+25） | 核心课程 |
| 热力学和流体力学（本科课程） | 1 （2021） | 4 （2+2） | 111 （55+56） | 核心课程 |
| 粘性流体力学（本科课程） | 2 （2022+2023） | 64 （32+32） | 47 （26+21） | - |
| 张量分析（本科课程） | 1 （2023） | 16 （16） | 20 （20） | 核心课程 |
| 连续介质力学（本科课程） | 1 （2023） | 4 （4） | 20 （20） | 核心课程 |
| Introduction to Turbulence（研究生课程） | 4 （2020+2021+2022+2023） | 80 （20+20+20+20） | 60 （9+11+16+24） | - |
Teaching at HKUST
MECH 2310 - Thermodynamics, Teaching Assistant, Fall 2015-16
Course desription: 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
MECH 3300 - Energy Conversion, Teaching Assistant, Fall 2014-15
Course desription: 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