基于示踪方法的沿海城市内涝防灾方案研究

[1] 中国水旱灾害公报.[M].国家防汛抗旱总指挥部;中华人民共和国水利部.中国水利水电出版社.2016,

[2] A coupled hydrodynamic and particle-tracking model for full-process simulation of nonpoint source pollutants.[J].Jiang Jinghua;Liang Qiuhua;Xia Xilin;Hou Jingming.Environmental Modelling and Software.2021,

[3] A multi-objective risk management model for real-time flood control optimal operation of a parallel reservoir system.[J].Juan Chen;Ping-an Zhong;Weifeng Liu;Xin-Yu Wan;William W.-G. Yeh.Journal of Hydrology.2020,

[4] Deep reinforcement learning for the real time control of stormwater systems.[J].Abhiram Mullapudi;Matthew J. Lewis;Cyndee L. Gruden;Branko Kerkez.Advances in Water Resources.2020, prepublish

[5] Degrees of hydrologic restoration by low impact development practices under different runoff volume capture goals.[J].Xiaochen Guo;Qizhong Guo;Zikai Zhou;Pengfei Du;Dongquan Zhao.Journal of Hydrology.2019, C

[6] Assessing catchment scale flood resilience of urban areas using a grid cell based metric.[J].Yuntao Wang;Fanlin Meng;Haixing Liu;Chi Zhang;Guangtao Fu.Water Research.2019, C

[7] An ensemble neural network model for real-time prediction of urban floods.[J].Simon Berkhahn;Lothar Fuchs;Insa Neuweiler.Journal of Hydrology.2019, C

[8] AI-based design of urban stormwater detention facilities accounting for carryover storage.[J].Yang Shun-Nien;Chang Li-Chiu;Chang Fi-John.Journal of Hydrology.2019, C

[9] On comparison of two-level and global optimization schemes for layout design of storage ponds.[J].Wei Lu;Xiaosheng Qin;Jianjun Yu.Journal of Hydrology.2019,

[10] Controlling rainwater storage as a system: An opportunity to reduce urban flood peaks for rare; long duration storms.[J].M. Di Matteo;R. Liang;H.R. Maier;M.A. Thyer;A.R. Simpson;G.C. Dandy;B. Ernst.Environmental Modelling and Software.2019,

[1] 中国水旱灾害公报.[M].国家防汛抗旱总指挥部;中华人民共和国水利部.中国水利水电出版社.2016,

[2] A coupled hydrodynamic and particle-tracking model for full-process simulation of nonpoint source pollutants.[J].Jiang Jinghua;Liang Qiuhua;Xia Xilin;Hou Jingming.Environmental Modelling and Software.2021,

[3] A multi-objective risk management model for real-time flood control optimal operation of a parallel reservoir system.[J].Juan Chen;Ping-an Zhong;Weifeng Liu;Xin-Yu Wan;William W.-G. Yeh.Journal of Hydrology.2020,

[4] Deep reinforcement learning for the real time control of stormwater systems.[J].Abhiram Mullapudi;Matthew J. Lewis;Cyndee L. Gruden;Branko Kerkez.Advances in Water Resources.2020, prepublish

[5] Degrees of hydrologic restoration by low impact development practices under different runoff volume capture goals.[J].Xiaochen Guo;Qizhong Guo;Zikai Zhou;Pengfei Du;Dongquan Zhao.Journal of Hydrology.2019, C

[6] Assessing catchment scale flood resilience of urban areas using a grid cell based metric.[J].Yuntao Wang;Fanlin Meng;Haixing Liu;Chi Zhang;Guangtao Fu.Water Research.2019, C

[7] An ensemble neural network model for real-time prediction of urban floods.[J].Simon Berkhahn;Lothar Fuchs;Insa Neuweiler.Journal of Hydrology.2019, C

[8] AI-based design of urban stormwater detention facilities accounting for carryover storage.[J].Yang Shun-Nien;Chang Li-Chiu;Chang Fi-John.Journal of Hydrology.2019, C

[9] On comparison of two-level and global optimization schemes for layout design of storage ponds.[J].Wei Lu;Xiaosheng Qin;Jianjun Yu.Journal of Hydrology.2019,

[10] Controlling rainwater storage as a system: An opportunity to reduce urban flood peaks for rare; long duration storms.[J].M. Di Matteo;R. Liang;H.R. Maier;M.A. Thyer;A.R. Simpson;G.C. Dandy;B. Ernst.Environmental Modelling and Software.2019,