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  • ​3D numerical modeling the generation mechanism of the 2023 Mw7.8 and Mw7.6 Turkey earthquake doublet (National Natural Science Foundation of China, 2025-2028, Principal investigator: Chang Liu, 500 kRMB)

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  • The role of the Proto South China Sea Subduction on the formation of the South China Sea (State Key Laboratory of Marine Geology, 2021-2022, Principal investigator: Chang Liu, 300 kRMB)

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  • Numerical modelling the stress evolution and the seismic hazards of the Xianshuihe-Xiaojiang-Longmenshan fault system based on 3D fine fault structure (National Natural Science Foundation of China, 2020-2023, Principal investigator: Chang Liu, 640 kRMB)​

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  • Fault interaction process of the XianshuiHe-Xiaojiang-LongmenShan fault system and its control on the seismic hazards of the eastern Tibetan Plateau (Natural Science Foundation of Shanghai, 2019-2022, Principal investigator: Chang Liu, 200 kRMB)

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  • Lithospheric structure of the marginal seas of the western Pacific Ocean and the generation mechanism of  subduction earthquake  (State Key Laboratory of Marine Geology, 2018-2019,  Principal investigator: Chang Liu, 400 kRMB)

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  • Stress Change induced by the 2014 Kangding earthquake and its influence on the hazard of the seismic gaps in the Longmen Shan fault zone. (Project grant for young researchers in SYSU, 2016, Principal investigator: Chang Liu, 150 kRMB)

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  • Estimates of  hazards in the seismic gaps of the Longmen Shan fault based on 3D numerical modelling (National Natural Science Foundation of China, 2015-2017, Principal investigator: Chang Liu, 250 kRMB)

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