Research Projects
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- 2018-09025，Evolution of multiple shear-induced damage and permeability control mechanisms in gas-bearing tectonically deformed coal，China University of Mining and Technology，2018-03-26
- 2016-07534，Anisotropic fracture mechanisms of gas-bearing coal under high-stress unloading conditions，China University of Mining and Technology (Beijing)，2016-04-10
- 2016-07613，Damage evolution and seepage response mechanisms in gas-bearing soft coal under unloading creep-induced dilation，Jiangsu Provincial Department of Science and Technology，2016-06-28
- 2021-10998，Control mechanisms of gas migration by the distribution of multiple shear fractures in coal under high-stress unloading and damage conditions，2021-01-01
- 101041040，Sample complexity for inverse problems in PDE，2022-11-01
- 3.5-CHN-1235634-HFST-E，An inverse numerical modeling approach for permeability determination of low permeable ad sorptive rocks based on specially designed pressure-pulse decay tests，2024-09-01
- DL2023142002L，Assessment Methodology for Supercritical CO₂ Sequestration Capacity in Unmineable Coal Seams of Abandoned Mines
- 2016M590519，Creep-induced Dilation Damage Evolution of Unloaded Soft Coal and Its Time-dependent Influence Mechanism on Gas Seepage，China Postdoctoral Science Foundation
- 2017-08818，Multi-shear damage evolution mechanism of tectonically deformed gassy coal and its control effect on permeability，National Natural Science Foundation of China
- 522742338，Dynamic response mechanism of gas diffusion with the excitation which induced by tectonic coal unloading damage in high-stress conditions and the enhanced drainage effect，National Natural Science Foundation of China，2023-01-01