付全荣

机械工程材料实验、材料科学基础实验、材料成型设备实验、高分子材料实验

(1) 电极材料微观结构演化与力学性能分析；
(2) 燃料电池电堆设计及多目标优化；
(3) 机械仪器及设备的智能制造集成技术；
(4) 基于软件定义的工业通信与控制技术。

(1) 中国人民解放军XX部队，混凝土力学性能测试，2023.4至2025.7，在研，主持。
(2) 中国人民解放军XX部队，岩石样品静动态力学性能实验, 2023.6至2025.6， 在研，主持。
(3) 山东省科技型中小企业创新能力提升工程项目, 坚硬岩层高效节能环保钻进成孔工艺的研发及产业化,2023.07至2025.07，在研，参与。
(4) 山东京都厨业有限公司, 横向课题,商用厨具边缘通用控制器开发, 2022-07 至2023-12,结题, 参与。
(5) 山东京都厨业有限公司, 横向课题, 商用厨具多终端交互系统开发, 2022-07 至2023-12,结题, 参与。

(1) Fu Quanrong, Tian Chunyu, Hun Lianming，Wang Xin, Li Zhiyi, Liu Zhijun, Wei Wei. Ni agglomeration and performance degradation of solid oxide fuel cell: A model-based quantitative study and microstructure optimization. Energy. 2024,289:129997(中科院1区Top)
(2) Fu Quanrong, Li Zhiyi, Liu Zhijun, Wei Wei.Performance study of solid oxide fuel cell with Ni-foam indirect internal reformer: Intrinsic reforming kinetics and temperature uniformity. Chemical Engineering Journal. 2023,457:141170 (中科院1区Top)
(3) Fu Quanrong, Li Zhiyi, Wei Wei, Liu Fengxia, Xu Xiaofei, Liu Zhijun. Performance degradation prediction of direct internal reforming solid oxide fuel cell due to Ni-particle coarsening in composite anode. Energy Conversion and Management.2021,233:113902(中科院1区Top)
(4) Fu Quanrong, Li Zhiyi, Wei Wei, Liu Fengxia, Xu Xiaofei, Liu Zhijun. Performance enhancement of a beam and slot interconnector for anode supported SOFC stack. Energy Conversion and Management. 2021,241:114277(中科院1区Top)
(5) Fu Quanrong, Li Zhiyi, Wei Wei, Liu Fengxia, Xu Xiaofei, Liu Zhijun. Performance enhancement of planar solid oxide fuel cell using a novel interconnector design. International Journal of Hydrogen Energy.2021,46(41):21634-21656(中科院2区Top)