
PhD in Mechanical Engineering from Beijing Institute of Technology (BIT).
Ph.D from the Beijing Institute of Technology (June 2017);
Research Associate at SEIT, UNSW Canberra since July 2017;
Senior Research Associate at SEIT, UNSW Canberra since Jan 2022.
Co-chief investigator, Numerical study of the aerodynamics of racing wheelchair, Australia Institute of Sport, 45,000 AUD, 2023.
Lead-chief investigator, National Computational Merit Allocation Scheme, 1500 KSU, 2022-2023.
Co-chief investigator, Australia-Germany Joint Research Co-operation Scheme Funding: Engineering polarizability in acoustic and elastic metasurfaces, 26,000 AUD, 2019-2020.
Co-chief investigator, Accurate and efficient calculations of fractional ow reserve in cardiovascular system, 240,653 AUD, Shukun Tec, 2019-2024.
Dr Wang is working on computational fluid dynamics, particularly fluid-structure interaction. His research interests include the development of novel numerical methods and their applications to challenging fluid-structure interactions, such as flapping wings, biological flows, turbulent flows and etc. Dr Wang is also interested in using machine learning and CFD to solve complex problems.
Numerical methods: high-order finite difference method, finite element method, lattice Boltzmann method, material point method and etc.
Applications: aerodynamics and aeroacoustics of flapping wings, turbulent flow around blunt bodies, blood flow in cardivascular system, bushfire modelling and etc.
My Research Supervision
Currently, I am co-supervising 3 PhD students and 1 Master student working on flapping wing, bushfire modelling and etc.
I am currently a member of Flow Science Lab led by A/Prof Fangbao Tian at UNSW Canberra, we have a strong supervision team including another two professors and two associate professors, see http://fsl-unsw.com/TianFSL/links.html for more details.
You are welcome to propose your own projects and we will review to confirm that if we can provide sufficient supports to enhance your strength.
My Teaching
Computational Fluid Dynamics ZEIT4003
Aerodynamics ZEIT3503
Thermal Fluids ZEIT2500
Introduction to Mechanical and Aeronautical Engineering ZEIT1504