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Xueming Shao
Intelligent Unmanned Systems
Zhejiang University
Zhejiang
Language: Chinese, English
Aerodynamics
Ai
Optimization
Aircraft Design
Machine Learning
Flow Control
Multidisciplinary Design
High-Speed
Cavitation
Multiphase Flow
Areas of Focus
- Artificial Intelligence-based Aerodynamic Optimization Design of Aircraft
- High-speed Hydrodynamics—Cavitation Flow Mechanisms and Models
Work Experience
- 1999/03-2000/12 Zhejiang University - Lecturer
- 2001/01-2005/12 Zhejiang University - Associate Professor
- 2001/05-2002/01 Hong Kong Polytechnic University - Research Assistant
- 2003/06-2003/09 University of Hong Kong - Research Assistant
- 2003/12-2008/11 Zhejiang University Institute of Fluid Engineering - Deputy Director
- 2006/01-2017/12 Zhejiang University - Professor
- 2008/11-2013/09 Zhejiang University Institute of Fluid Engineering - Director
- 2010/07-2010/09 University of Pennsylvania - Visiting Scholar
- 2013/08-2015/03 Zhejiang University School of Aeronautics and Astronautics - Deputy Dean
- 2015/03-2019/12 Zhejiang University School of Aeronautics and Astronautics - Executive Deputy Dean
- 2018/01-present Zhejiang University - Distinguished Professor
Academic Background & Achievements
- 1989.9-1993.7 Bachelor: Harbin Shipbuilding Engineering College, Department of Ship and Ocean Engineering
- 1993.9-1996.3 Master: Harbin Engineering University, Department of Ship and Ocean Engineering
- 1996.3-1999.3 PhD: Zhejiang University, Department of Engineering Mechanics
- Selected for the Ministry of Education's New Century Excellent Talents and Zhejiang Province's Science and Technology Innovation Leadership Talent Support Plan
- Received the second prize of the Fourth Zhou Peiyuan Hydrodynamics Award
Publications
- Hybrid Aerodynamic Optimization of a Propeller Based on the Reformulated Blade Element Momentum Theory, Gao ZM, Shao XM, Zeng LF, Liu L, Li J, 2024
- Effects of wing loading on the aerodynamic characteristics of autorotating maple seeds, Liu CX, Wang TQ, Zeng LF, Li J, Shao XM, 2024
- Flow over a radiating multi-filamentous structure with various opening angles: From disk-like to cone-like shape, Li SQ, Pan DY, Zeng LF, Li J, Shao XM, 2024
- Deep learning based adaptive deformation of aerodynamic shape for ducted propellers, Liu L, Wang TQ, Gao ZM, Zeng LF, Shao XM, 2023
- Mechanism analysis of hysteretic aerodynamic characteristics on variable-sweep wings, Zeng LF, Liu L, Shao XM, LI J, 2023
- Modification of flow transition for a vortex ring by a bubble released at the axis, Zhang LX, Deng J, Shao XM, 2023
- A novel prediction method for unsteady aerodynamic force on three-dimensional folding wing aircraft, Zhao JC, Zeng LF, Shao XM, 2023
- Dynamics of cavitating tip vortex, Ye QQ, Wang YW, Shao XM, 2023
- An experimental study on near-field tip vortex of an elliptical hydrofoil using tomographic particle image velocimetry, Zhao H, Tu H, She WX, Gao Q, Cao YT, Peng XY, Shao XM, 2023
- Novel models for predicting the shape and motion of an ascending bubble in Newtonian liquids using machine learning, She WX, Zuo ZY, Zhao H, Gao Q, Zhang LX, Shao XM, 2022
- An experimental study on the velocity fluctuations generated by the flow past fixed spheres, Zhang LX, Cheng XS, Zhou ZC, Gao Q, Shao XM, 2022
- Numerical study on the deformation of a gas bubble in uniform flow, Zhou ZC, Cheng XS, Peng K, Zhang LX, Shao XM, 2022
- A robust single-pixel particle image velocimetry based on fully convolutional networks with cross-correlation embedded, Gao Q, Lin HT, Tu H, Zhu HR, Wei RJ, Zhang GP, Shao XM, 2021
- Direct numerical simulation of deformable rising bubbles at low Reynolds numbers, Zhang LX, Peng K, Shao XM, Deng J, 2021
- A numerical study on the drag law of a gas bubble using dynamic body force method, Zhang LX, Zhou ZC, Deng J, Shao XM, 2021
- Numerical study of suppression mechanism of two types of grooves on the TLV, Bi Z, Zhang LX, Shao XM, 2021
- Numerical investigation on the drag force of a single bubble and bubble swarm, Zhang LX, Zhou ZC, Shao XM, 2020
- Interface-resolved direct numerical simulations of the interactions between spheroidal particles and upward vertical turbulent channel flows, Zhu CL, Yu ZS, Pan DY, Shao XM, 2020
- Interface-resolved numerical simulations of particle-laden turbulent flows in a vertical channel filled with Bingham fluids, Zhu CL, Yu ZS, Shao XM, Deng J, 2020
- Experimental and numerical studies on the cavitation over flat hydrofoils with and without obstacle, Zhang LX, Chen M, Deng J, Shao XM, 2019
- The characteristics of unsteady cavitation around a sphere, Cheng XS, Shao XM, Zhang LX, 2019
- Influence of water quality on the tip vortex cavitation inception, Chen LY, Zhang LX, Peng XX, Shao XM
- Wake dynamics of low-Reynolds-number flow around a two-dimensional airfoil, Deng J, Sun LP, Shao XM, 2019
- Interface-resolved direct numerical simulations of the interactions between neutrally buoyant spheroidal particles and turbulent channel flows, Zhu CL, Yu ZX, Shao XM, 2018
- Inhibition of cloud cavitation on a flat hydrofoil through the placement of an obstacle, Zhang LX, Chen M, Shao XM, 2018
Awards
- Fourth Zhou Peiyuan Hydrodynamics Award, Second Prize
- Provincial and Ministerial Level Awards: 5
