- 52441407,深海耐压构件用粉末冶金钛合金的微纳孔隙强韧化机理,National Natural Science Foundation of China Special Project (Key),2025-1~2027-12,Vertical project
- 52431006,超高强韧钛合金的纳米马氏体层级序构及其强韧化机理,National Natural Science Foundation of China Key Project,2025-1~2029-12,Vertical project
- 2024RS-CXTD-58,金属材料形变与强韧化创新团队,Shaanxi Province Science and Technology Innovation Team,2024-1~2026-12,Vertical project
- 22JP042,金属材料形变与强韧化,Shaanxi Province Youth Innovation Team Scientific Research Plan Project,2022-1~2024-12,Vertical project
- 92163201,核包壳金属纳米多层膜涂层的功能基元特性与序构性能优化,Major Program for Basic Research on High-performance Materials with Functional Unit Assembly,2022-1~2025-12,Vertical project
- QBH2-04-FW-HT-2021007,高熵合金涂层制备探索及初步评价,other,2021-12~2023-3,Horizontal Project
- STRFML-2020-18,锆合金形变各向异性行为与组织结构调控机理研究,other,2020-1~,Horizontal Project
- 2017YFA0700701,结构材料界面调控原理探索 （重点研发计划子课题）,other,2018-7~2023-7,Vertical project
- 161096,纳米结构铜薄膜力学性能的原子尺度合金化调控 （霍英东青年教师基金）,Ministry of Education Project,2018-3~,Vertical project
- 51722104,金属叠层结构材料强韧化与变形断裂,National Natural Science Foundation of China Young Scientists Program,2018-1~2020-12,Vertical project
