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Bio
My research is focused on computational hydraulics and applications in disaster risk reduction.
I have developed high-performance mathematical and numerical models to facilitate sustainable management of hydrosystems interrupted by natural hazards such as floods, tsunamis, debris flows and landslides.
Numerical methods: Godunov-type finite volume scheme, discontinuous Galerkin methods (DG methods), smooth particle hydrodynamics, particle-tracking methods, coupled hydrodynamic model and discrete element method for floating debris and mass flows, high-performance computing
Modelling the dynamic processes of extreme natural hazards to support risk assessment and damage estimation
Nature-based solutions for flood risk mitigation and resilience
Real-time flood forecasting
Crowd-sourced data acquisition, agent-based modelling and coupled human and natural systems modelling
Application of AI / deep machine learning in hydroinformatics
Research Interests
Papers共 213 篇Author StatisticsCo-AuthorSimilar Experts
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JOURNAL OF COMPUTATIONAL PHYSICS (2024): 112719
Haibo Yang, Xiang Cui, Yingchun Cai, Zhengrong Wu, Shiqi Gao, Bo Yu, Yanling Wang, Ke Li, Zheng Duan,Qiuhua Liang
JOURNAL OF HYDROLOGY (2024): 130821
Liwei Cao, Shouhua Liu,Jian Zeng,Shufang Qin,Zhen Zhang,Gang Wang,Jinhai Zheng,Qiuhua Liang,Aifeng Tao
Journal of Marine Science and Applicationpp.1-13, (2024)
Sustainable Cities and Societypp.105512, (2024)
Nature-Based Solutions (2024): 100120
SSRN Electronic Journal (2023): 107310-107310
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