近期论文
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(1)LiN,WenZ*,ZhanH,ZhuQ.Thesingle-welltestdilemma:theskineffectandvariable-ratepumpingperspective.HydrogeologyJournal,2018,doi:https://doi.org/10.1007/s10040-018-1852-9.【SCI】
(2)LiX,ZhanH,WenZ*.ImpactofTransientFlowonSubsurfaceSoluteTransportwithExponentiallyTime-DependentFlowVelocity.ASCEJournalofHydrologicEngineering,2018,23(7):04018030.【SCI&EI】
(3)XieS,WenZ*,ZhanH,JinM.AnExperimentalStudyontheAdsorptionandDesorptionofCu(II)inSiltyClay.Geofluids,2018,2018,ArticleID3610921,12pages.【SCI】
(4)Wen,Z*.,Zhan,H.,Wang,Q.,Liang,X.,Ma,T.,Chen,C.Wellhydraulicsinpumpingtestswithexponentiallydecayedratesofabstractioninconfinedaquifers,JournalofHydrology,2017,548,40-45.【SCI&EI】
(5)Zaheer,M.,Wen,Z*.,Zhan,H.,Chen,X.,Jin,M.Anexperimentalstudyonsolutetransportinone-dimensionalclaysoilcolumns.Geofluids,2017,6390607【SCI】
(6)Wen,Z*.,Wu,F.,Feng,Q.non-Darcianflowtoapartiallypenetratingpumpingwellinaleakyaquiferconsideringtheaquitard-aquiferinterfaceflow,ASCEJournalofHydrologicEngineering,2016,21(12):06016011.【SCI&EI】
(7)Feng,Q.,Wen,Z.*non-Darcianflowtoapartiallypenetratingwellinaconfinedaquiferwithafinite-thicknessskin,HydrogeologyJournal,2016,24:1287-1296.【SCI】
(8)MathiasSA.,Wen,Z.,NumericalsimulationofForchheimerflowtoapartiallypenetratingwellwithamixed-typeboundarycondition,JournalofHydrology,524,53-61,2015【SCI&EI】
(8)NiuH.,LiangX.,NiSN.,Wen,Z.*,Analyticalstudyofunsteadynestedgroundwaterflowsystems,MathematicalProblemsinEngineering,2015【SCI】
(10)Wen,Z.*,Liu,Z.,Jin,M.,andZhan,H.,NumericalmodelingofForchheimerflowtoapumpingwellinaconfinedaquiferusingstrong-formmesh-freemethod,HydrogeologyJournal,22(5),1207-1215,2014.【SCI】
(11)Wen,Z.*,Liu,K.,andZhan,H.,Non-Darcianflowtowardalarge-diameterpartiallypenetratingwellinaconfinedaquifer.EnvironmentalEarthSciences,72(11),4617-4625,2014.【SCI&EI】
(12)Wen,Z.*,Liu,K.,andChen,X.Approximateanalyticalsolutionsfornon-Darcianflowtowardapartiallypenetratingwellinaconfinedaquifer,JournalofHydrology,498,124-131,2013.【SCI&EI】
(13)Wen,Z.*,Wang,Q.ApproximateanalyticalandnumericalsolutionsforRadialnon-DarcianFlowtoaWellinaLeakyAquiferwithwellborestorageandskineffect.InternationalJournalforNumericalandAnalyticalMethodsinGeomechanics.37,1453-1469,2013【SCI&EI】
(14)WenZ.,Huang,G.,andZhan,H.Constant-headtestinleakyaquiferswithafinite-thicknessskin.JournalofHydrology,399,326-334,2011.【SCI&EI,Top10期刊】
(15)WenZ.*,Huang,G.,andZhan,H.Non-DarcianflowtoawellinleakyaquifersusingtheForchheimerequation.HydrogeologyJournal,19,563-572,2011.【SCI】
(16)Wen,Z.,Huang,G.,andZhan,H.Solutionsfornon-Darcianflowtoanextendedwellinfracturedrock,GroundWater,49(2),280-285,2011.【SCI&EI】
(17)Zhan,H.,Wen,Z.,Huang,G.,andSun,D.Two-dimensionalsolutetransportinanaquitard-aquifersystem,JournalofContaminantHydrology,107,162-174,2009.【SCI&EI】
(18)Zhan,H.,Wen,Z.,Gao,G.Ananalyticalsolutionoftwo-dimensionalreactivesolutetransportinanaquifer-aquitardsystem.WaterResourcesResearch,45,doi:10.1029/2008WR007479,2009.【SCI&EI】
(19)Wen,Z.,Huang,G.,andZhan,H.Anumericalsolutionfornon-Darcianflowtoawellinaconfinedaquiferusingthepowerlawfunction,JournalofHydrology,364,99-106,2009.【SCI&EI】
(20)Wen,Z.,Huang,G.,andZhan,H.Non-Darcianflowtoawellinanaquifer-aquitardsystem,AdvancesinWaterResources,31,1754-1763,2008.【SCI&EI】
(21)Wen,Z.,Huang,G.,Zhan,H.,andLi,J.Two-regionnon-Darcianflowtowardawellinaconfinedaquifer,AdvancesinWaterResources,31,818-827,2008.【SCI&EI】
(22)Wen,Z.,Huang,G.,andZhan,H.Non-DarcianFlowtowardafinite-diameterverticalwellinaconfinedaquifer,Pedosphere,18(3),288-303,2008.【SCI】
(23)Wen,Z.,Huang,G.,andZhan,H.Ananalyticalsolutionfornon-Darcianflowinaconfinedaquiferusingthepowerlawfunction,AdvancesinWaterResources,31,44-55,2008.【SCI&EI】
(24)Wen,Z.,Huang,G.,andZhan,H.Non-Darcianflowinasingleconfinedverticalfracturetowardawell,JournalofHydrology,330,698-708,2006.【SCI&EI】
(25)李霞,文章*,梁杏等.基于解析法和数值法的非稳定抽水试验参数反演,地球科学,2017,42(5),743-750
(26)陈晨,文章*,梁杏等.江汉平原典型含水层水文地质参数反演,地球科学,2017,42(5),727-733
(27)李华,文章*,谢先军等.贵阳市三桥地区岩溶地下水水化学特征及其演化规律,地球科学,2017,42(5),804-812
(28)陈晓恋,文章*,胡金山等.解析法和数值法在水电站防渗墙效果评价中的应用,地球科学-中国地质大学学报,2016,44(4),701-710
(29)文章*,刘凯,陈晓恋.承压含水层中非完整井附近“非达西-达西”两区渗流模型近似解析解,地球科学-中国地质大学学报,2015,40(5),918-924
(30)刘凯,文章*,刘壮添.第一类越流含水层系统中非完整井附近非达西渗流近似解析解.水利学报,44(8),966-972,2013.【EI核心】
(31)刘凯,文章*,梁杏,潘欢迎,刘建国.一维低渗透介质中非达西渗流实验.水动力学研究与进展,28(1),81-87,2013.【核心】
(32)李健,黄冠华,文章,詹红兵.承压含水层中非达西径向稳定流动抽水模拟试验.水利学报,43(1):76-83,2012.【EI核心】
(33)王全荣,唐仲华,文章,詹红兵.越流含水层抽水井附近非达西流与达西流区界面位置变化规律研究.水利学报,43(10),1171-1178,2012.【EI核心】
(34)文章*,黄冠华,刘壮添,李健.越流含水层中抽水井附近非达西流两区模型近似解析解.地球科学-中国地质大学学报,31(6),1165-1172,2011.【EI核心】
(35)文章*,朱宠莲,白振江.第二类越流系统中抽水井附近非达西流近似解析解.水动力学研究与进展,25(6),806-812,2010.【核心】
(36)文章,黄冠华,李健,詹红兵.承压含水层中扩展井附近非达西流数值解.水利学报,40(4),398-402,2009.【EI核心】
(37)文章,黄冠华,李健,詹红兵.越流承压含水层中抽水井附近非达西流动模型的数值解.水动力学研究与进展,24(4),448-454,2009.【核心】
(38)文章,黄冠华,李健,詹红兵.承压含水层中大口径井附近非达西流的线性化近似解析解与数值解.水利学报,40(7),863-869,2009.【EI核心】
(39)文章,黄冠华,李健,詹红兵.承压含水层中抽水井附近非达西流近似解析解.水利学报,39(7),815-821,2008.【EI核心】
(40)李健,黄冠华,文章,詹红兵.两种不同粒径多孔介质非达西流的实验研究.水利学报,39(6),726-732,2008.【EI核心】
国内外学术交流(报告)
(1)Wen,Z.,Huang,G.,andZhan,H.,Non-Darcianflowtowardsalarge-diameterverticalwellinporousmediawithconsideringwellborestorage,WesternPacificGeophysicsMeeting,Beijing,China,July24-27,2006.
(2)Wen,Z.,Huang,G.,andZhan,H.,Analyzingnon-Darcianflowinaconfinedaquifertowardawellwithalinearizationmethod,AGUannualmeeting,SanFrancisco,CA,Dec.10-14,2007.
(3)Wen,Z.,Huang,G.,andZhan,H.,Non-Darcianflowtoawellinleakyaquifers,GSAannualmeeting,Houston,TX,Oct.5-9,2008.
(4)Wen,Z.,Wang,Q.,Non-DarcianFlowtoaWellinaLeakyAquiferwithWellboreStorageandSkinEffect.39thIAHCoingress,Sept16-22,2012,NiagaraFalls,Canada
(5)文章,刘凯.承压含水层非完整井附近非达西渗流近似解析解。中国地质学会水文地质专业委员会年会,武汉,10.24-26,2012
(6)刘凯,文章.低渗透介质中非达西渗流试验。中国地质学会水文地质专业委员会年会,武汉,10.24-26,2012
(7)文章,考虑含水层结构破坏与越流补给抽水井附近渗流模型。中国地质学会水文地质专业委员会年会,成都,10.10-16,2013