Page 35 - 2023年第54卷第8期
P. 35

[ 6] 章家昌.防波林的消波性能[J].水利学报,1966(2):49 - 52.
                [ 7] 吉红香.植物消浪护岸试验研究[D].乌鲁木齐:新疆农业大学,2005.
                [ 8] 刘达,黄本胜,邱静,等.海岸破碎带植物消浪数值模拟研究[J].海洋工程,2016,34(2):16 - 23.
                [ 9] WUW,MAG,COXDT.Modelingwaveattenuationinducedbytheverticaldensityvariationsofvegetation[J].
                       CoastalEngineering ,2016,112:17 - 27.
                [10] QUARTELS,KROONA,AUGUSTINUSPGEF,etal.WaveattenuationincoastalmangrovesoftheRedRiver
                       Delta,Vietnam[J].JournalofAsianEarthSciences,2007,29:576 - 584.
                [11] 龚尚鹏,陈杰,蒋昌波,等.孤立波作用下植物带消浪特性对比分析 [J].中国海洋大学学报 (自然科学
                       版),2020,50(12):144 - 150.
                [12] HUZ,SUZUKIT,ZITMANT,etal.Laboratorystudyonwavedissipationbyvegetationincombinedcurrent -
                       waveflow [J].CoastalEngineering,2014,88:131 - 142.
                [13] WUW C,COXDT.Effectsofwavesteepnessandrelativewaterdepthonwaveattenuationbyemergentvegetation
                       [J].Estuarine,CoastalandShelfScience,2015,164:443 - 450.
                [14] WUW C,COXDT.Effectsofverticalvariationinvegetationdensityonwaveattenuation[J].JournalofWater
                       way ,Port,Coastal,andOceanEngineering,2016,142:04015020.
                [15] 谭超,黄本胜,刘达,等.不同刚度植物杆群对规则波传播及紊动特性影响 研 究 [J].海 洋 工 程,2016,
                      34(6):38 - 45.
                [16] AUGUSTINLN,IRISH JL,LYNETTP.Laboratoryandnumericalstudiesofwavedampingbyemergentand
                       near - emergentwetlandvegetation [J].CoastalEngineering,2009,56:332 - 340.
                [17] 高学平,吕建璋,孙博闻,等.含植物河道等效床面阻力试验研究[J].水利学报,2021,52(9):1024 -
                       1035,1046.
                [18] 陈杰,何飞,蒋昌波,等.规 则 波 作 用 下 刚 性 植 物 拖 曳 力 系 数 实 验 研 究 [J].水 利 学 报,2017,48(7):
                      846 - 857.
                [19] CHENH,NIY,LIY,etal.Derivingvegetationdragcoefficientsincombinedwave - currentflowsbycalibration
                       anddirectmeasurementmethods [J].AdvancesinWaterResources,2018,122:217 - 227.
                [20] ZHANGZ,HUANGB,TANC,etal.Astudyonthedragcoefficientinwaveattenuationbyvegetation[J].Hy
                       drologyandEarthSystem Sciences ,2021,25:4825 - 4834.
                [21] TSCHIRKYP,HALLK,TURCKED.Waveattenuationbyemergentwetlandvegetation[C]??CoastalEngineering
                      2000.ASCE,Reston,2001.
                [22] DEANRG.Effectsofvegetationonshorelineerosionprocesses[C]??WetlandFunctionsandValues:theStateof
                       ourUnderstanding.Proc.Natl.Symp.onWetlands.Am.WaterResour.Assoc. ,Minneapolis,MN,1978.
                [23] KOBAYASHIN,RAICHLEAW,ASANO T.Waveattenuationbyvegetation[J].JournalofWaterway,Port,
                       Coastal,andOceanEngineering,1993,119(1):30 - 48.
                [24] ZHANGZ,HUANGB,JIH,etal.Arapidassessmentmethodforcalculatingthedragcoefficientinwaveatten
                       uationbyvegetation[J].ActaOceanologicaSinica,2021,40:30 - 35.
                [25] DALRYMPLERA,KIRBYJT,HWANGPA.Wavediffractionduetoareasofenergydissipation[J].Journal
                       ofWaterway,Port,Coastal,andOceanEngineering,1984,110(1):67 - 79.
                [26] WUW M,OZERENY,WRENDG,etal.Investigationofsurgeandwavereductionbyvegetation[R].SERRI
                       Report80037 - 01 ,SoutheastRegionResearchInitiative,OakRidgeNationalLaboratory,OakRidge,Tennessee,
                       USA,2011.
                [27] 陈清华.中国红树林生物多样性调查(广东卷)[M].青岛:中国海洋大学出版社,2019.
                [28] 陈晖.基于物理模型实验的波流耦合作用下植物消浪机理研究[D].广州:中山大学,2018.
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