Page 92 - 2022年第53卷第7期
P. 92

[19] MOORER.ThePDM rainfall - runoffmodel[J].HydrologyandEarthSystemSciences,2007,11(1):483 - 499.
                [20] MOORER,BELLV.Incorporationofgroundwaterlossesandwellleveldatainrainfall - runoffmodelsillustrated
                       usingthePDM[J].HydrologyandEarthSystem Sciences,2002,6(1):25 - 38.
                [21] 严昌盛,朱德华,马燮铫,等.基于雷达短时临 近 降 雨 预 报 的 王 家 坝 洪 水 预 报 研 究 [J].水 利 水 电 技 术,
                      2020,51(9):13 - 23.
                [22] 叶陈雷,徐宗学,雷晓辉,等.海绵城市改造对城市内涝的影响:以福州晋安河片区为例[J?OL].水资源
                       保护:1 - 16[2022 - 03 - 24].http:??kns.cnki.net?kcms?detail?32.1356.TV.20220208.1312.010.html.
                [23] 叶陈雷,徐宗学,雷晓辉,等.城市社区尺度降雨径流快速模拟—以福州市一排水小区为例[J].水力发
                       电学报,2021,40(10):81 - 94.
                [24] 叶陈雷,徐宗学,雷晓辉,等.基于 InfoWorks的城市水系水文水动力过程耦合模拟—以福州市江北城区
                       及东北部山区为例[ J].北京师范大学学报(自然科学版),2019,55(5):609 - 616.
                [25] 刘家宏,丁相毅,邵薇薇,等.不同水文年型海绵城市径流总量控制率特征研究 [J].水 利 学 报,2019,
                      50(9):1072 - 1077.
                [26] 陈文龙,杨芳,宋利祥,等.高密度城市暴雨洪涝防御对策—郑州 “7·20” 特大暴雨启示[J].中国水利,
                      2021(15):18 - 20.
                [27] 程涛,黄本胜,邱静,等.基于洪涝削减效果的海绵措施优化布局研究[J].水力发电学报,2021,40(7):
                      32 - 46.
                [28] 邵蕊,邵薇薇,苏鑫,等.基于 TELEMAC - 2D模型分析不同洪涝情景对城市应急响应时间的影响[J].清
                       华大学学报(自然科学版),2022,62(1):60 - 69.
                [29] 贾绍凤.我国城市雨洪管理近期应以防涝达标为重点[J].水资源保护,2017,33(2):13 - 15.



                    Simulationoffluvial?pluvialfloodingprocessesinatypicalurbanareaconsideringrole
                             oflowimpactdevelopment(LID)measuresandjointoperationfor
                                      hydraulicstructures:CasestudyinFuzhouCity

                                                         1,2
                                                                        1,2
                                                YEChenlei ,XUZongxue
                         (1.BeijingKeyLaboratoryofUrbanHydrologicalCycleandSpongeCityTechnology,Beijing 100875,China;
                                  2.CollegeofWaterSciences,BeijingNormalUniversity,Beijing 100875,China)

                  Abstract:Urbanwaterengineeringschedulingandlowimpactdevelopment(LID)measuresplayanimportantrole
                  incopingwithurbanstormflooding.TheJin ’anRivercatchmentinthedowntownofFuzhouCityisselectedasthe
                  studyareainthispaper ,andanintegratedhydrologicalandhydrodynamicsimulationframeworkwasproposed.The
                  floodingresponseunderreal - timecontrolschedulingisanalyzedseparatelyfrom thewhole - areaperspective ,and
                  thefloodingprocessunderthesynergisticeffectoflow - impactdevelopmentmeasuresandjointschedulingisana
                  lyzedfromthecommunityscalebyselectingtypicalcommunities.Theresultsshowthatthewaterlevelofthedown
                  streaminlandriverscanbeeffectivelycontrolledbyjointschedulingofupstream waterengineeringatthewhole
                  catchmentscale ,andthemainrivercross - sectionofJinanRiver,whichisclosertoQintingLake,ismoresignifi
                  cantlyaffectedbythereal - timeschedulingschemecomparedwiththedownstreamcross - section.Whenriverover
                  flowisnotconsidered ,theeffectofjointschedulingonriverlevelissignificantlygreaterthantheeffectoninunda
                  tion.ThesynergisticeffectofLIDmeasuresandwaterengineeringschedulingoninundationisevidentwhenconsid
                                                                                                     2
                  eringriveroverflowatthecommunityscale.Theinundationareaoftypicalblockswasreducedfrom 7.57hm to
                        2
                  4.85hm underthedesignrainfallwithareturnperiodof100yearsandadurationof2hours.Whentheobserved
                                                                                             2        2
                  rainfalldataduringtyphoon“Soudelor”wasused,theinundationareawasreducedfrom22.87hm to9.83hm .
                  Thisstudywillprovideanimportantreferenceforthemeasuresofurbanfloodcontrolanddisasterreduction.
                  Keywords:urban;fluvial?pluvialflooding;hydrologicalandhydrodynamicmodel;jointoperation;spongecity


                                                                                    (责任编辑:韩 昆)



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