科研论文
[1] Ma, Guowei1;Chen, Yun1;Dong, Wei1;Xu, Man1;Li, Tuo1;Wang, Huidong1. Investigation of nuclide migration in complex fractures with filling properties. JOURNAL OF CLEANER PRODUCTION, 2023, 403 , .
[2] Jia, Jingqi1; Chen, Yun2; Luo, Hao3; Ma, Guowei1, 2 . Seepage Stability Analysis of a Deep-Buried Tunnel in Fractured Rocks Based on a Non-Darcy Hydro-Mechanical Coupled Method. SSRN, 2023, , .
[3] Ma,Guowei1;Xu,Man1;Chen,Yun1;Li,Tuo1;Wang,Huidong1;. Fluid flow and mass transport properties in geological disposal of high-level radioactive waste considering fracture networks; [高 放 废 物 贮 存 复 杂 裂 隙 岩 体 的 渗 流 传 质 特 性]. Tumu yu Huanjing Gongcheng Xuebao/Journal of Civil and Environmental Engineering, 2023, 45 2, 39-51.
[4] Ma Guowei;Xu Man;Chen Yun;Li Tuo;Wang Huidong. Fluid flow and mass transport properties in geological disposal of high-level radioactive waste considering fracture networks. 土木与环境工程学报(中英文), 2023, 45 2, 39-51.
[5] Jingqi Jia1;Yun Chen2;
CA 1 ;Hao Luo3;Guowei Ma1,2;. Seepage stability analysis of a deep-buried tunnel in fractured rocks based on a non-Darcy hydro-mechanical coupled method. Tunnelling and Underground Space Technology, 2023, 142 , 105393.[6] 马国伟,邵亚建,杨振甲,孙亮,吴杨,陈昀,聂雯. 一种3D打印变开度裂隙岩体注浆试验系统及方法. , 2023, 河北工业大学,中国水电基础局有限公司, CN116481976A 2023.07.25.
[7] Sun, Chunhua1; Yuan, Lingyu1; Chen, Yun1; Cao, Shanshan1; Xia, Guoqiang1; Qi, Chengying1; Wu, Xiangdong2 . An intelligent control and regulation strategy aiming at building level heating balance in district heating system. Energy, 2023, 278 , .
[8] Wen, Nie12;Zhaorui, Yong12;Wei, Guo3;Yun, Chen12;Lifeng, Fan4;Jiong, Wang5;. Constitutive behavior of reinforced rock unit anchored by an energy-absorbing bolt. Tunnelling and Underground Space Technology, 2023, 132 , .
[9] Li, Meiyu12;Ma, Guowei12;Li, Tuo1;Chen, Yun1;Wang, Huidong1;. Equivalent discontinuum analysis of stress and displacement in underground rock masses. International Journal of Rock Mechanics and Mining Sciences, 2023, 162 , .
[10] Huidong Wang1,2;Fengfeng Song1;Yun Chen1,2;Tuo Li1,2;Guowei Ma1,2;
CA 1 . Stability analysis of fractured rock masses based on an extended key block theory considering the forces between blocks and block rotation. Tunnelling and Underground Space Technology, 2023, 132 , 104895.