研究领域
石油钻采岩石力学及智能钻完井应用基础研究
主持或参与科研课题
主持省部级及以上向项目共16项,其中国家自然科学基金青年/面上各1项、中国博士后科学基金特别资助项目1项:
(1)页岩储层射孔簇内复杂三维多裂缝起裂与竞争扩展机理研究,国家自然科学基金,面上项目,51874253,2019.01-2022.12,主持
(2)页岩复杂裂缝支撑剂长期嵌入和破碎模型及其影响机理研究,国家自然科学基金,青年基金,51604232,2017.01-2019.12,主持
(3)通道压裂裂缝长效支撑及高导流能力保持机理研究,中国博士后科学基金,特别资助项目,2018T110142,2018.06-2019.07,主持
(4)页岩复杂裂缝长期导流能力渐变的力学机理研究,中国博士后科学基金,面上项目一等,2017M610117,2017.01-2019.01,主持
(5)深水浅层非成岩水合物钻采井壁稳定性研究,国家重点研发计划专题,2018YFC0310202-02,2018.08-2021.12,主持
(6)致密砂岩储层岩屑-岩心-井眼-储层多尺度三维可压裂性模型及应用研究,四川省重点研发项目,2018ZDYF3971,2018.07-2020.06,主持
(7)致密砂岩储层宏微观脆性特征及三维可压裂性评价模型研究,深部岩土力学与地下工程国家重点实验室开放基金,SKLGDUEK1816,2018.01-2019.12,主持
(8)基于煤层气藏长期排采效应的多场耦合四维地应力模型研究,煤炭资源与安全开采国家重点实验室开放基金,SKLCRSM18KF018,2018.01-2019.12,主持
(9)超临界二氧化碳与含气页岩作用的多尺度热-固-化耦合实验及理论研究,国家973计划专题,2014CB23920506,2016.01-2018.08,主持
(10)多场耦合作用下页岩岩心多尺度孔-缝系统形变及流固耦合研究,国家973计划专题,2014CB23920502,2014.01-2015.12,主持
(11)页岩气藏压裂三维裂缝网络的扩展机理及优化,四川省国际合作项目,2014HH0004,2014.01-2016.12,主持
(12)致密砂岩气藏水平井体积压裂缝网扩展机理及优化,中国石油科技创新基金,2014D50060213,2014.06-2016.07,主持
(13)多分支微小井眼钻井机器人,四川省页岩气产业推进计划重大专项课题,2015SZ0010,2015.01-2018.12,主持
(14)新型连续管牵引器研制,四川省科技支撑计划项目子课题,2014GZ0121,2013.01-2016.12,主持
(15)新型螺旋式驱动油气管道机器人研制,四川省科技支撑计划项目子课题,2013GZ0150,2013.01-2016.12,主持
(16)小井眼水平井钻井机器人工作机理研究,油气藏地质与开发工程国家重点实验室自由探索项目,G201605,2014.06-2016.07,主持
专利
第一发明人授权发明专利14件,第二发明人授权国际发明专利1件:
(1)朱海燕,沈佳栋,唐煊赫,陶雷,高庆庆.一种水力压裂支撑剂参数优化方法.发明专利:ZL201710248817.4.2019-09-19;
(2)朱海燕,沈佳栋,高庆庆,张丰收.一种支撑剂嵌入和裂缝导流能力定量预测的数值模拟方法.发明专利:ZL201710248830.X.2019-10-14;
(3)朱海燕,刘英君,刘清友,李扬,唐煊赫.非常规双重介质储层体积压裂数值模拟及参数优化方法.发明专利:ZL201910223536.2.2019-10-31;
(4)朱海燕,郑威,刘清友,陈贵,杨亚强.一种用于储层改造,生产监测与控制的智能开关阀及其施工方法,专利号:ZL201610492323.6.2018-12-27;
(5)朱海燕,刘清友,陈贵,郑威,杨亚强.一种用于储层改造,生产监测与控制的施工方法,专利号:ZL201610491858.1.2018-12-27;
(6)朱海燕,刘清友,荣莽,陈建达,李奎东,肖佳林,金小春,陶雷,唐煊赫.一种岩屑-岩心-井眼-储层多尺度的页岩储层三维可压裂性评价方法.专利号ZL201510631876.0.2018-05-02;
(7)朱海燕,刘清友,陶雷.一种测定岩石破裂过程中渗透率的装置及其方法.专利号ZL201410853506.7.2017-01-12;
(8)朱海燕,郭建春,李慧,汪浩威.一种用于致密砂岩储层三维可压裂性模型的建模方法.专利号ZL201510631916.1.2018-03-20;
(9)朱海燕,陶雷,刘清友.一种测定超临界二氧化碳条件下岩石三轴强度的装置及其方法.专利号ZL201410848369.8.2017-03-08;
(10)朱海燕,刘清友,任涛,张书扬.一种管道螺旋测量装置.专利号ZL201410105662.5.2017-01-11;
(11)朱海燕,肖晓华,陈松,王腾.考虑钻柱动态振动的页岩破碎实验装置.专利号ZL201410627697.5.2017-07-18;
(12)朱海燕,郭建春,路千里,张旭东.一种页岩储层水平井分段压裂射孔簇参数优化设计方法.专利号ZL201510648540.5.2017-09-11;
(13)朱海燕,唐煊赫,刘清友,徐涛,陶雷.一种天车补偿装置锁定导向系统结构设计方法.专利号ZL201610595573.2.2017-11-24;
(14)朱海燕,刘清友,杨亚强,王昆鹏,何俊江,赵建国.一种连续油管牵引机器人的电液控制系统.专利号ZL201710705561.5.2019-05-10;
(15)LiuQY(刘清友),ZhuHY(朱海燕),TaoL(陶雷).Productionenhancementsystemusingrobotdrillfordrillingmulti-branchedfishboneandradialmicroholesinshalegasreservoir,andmethodtherefor,加拿大,专利号CA2943638.2018-03-21。
近期论文
查看导师新发文章
(温馨提示:请注意重名现象,建议点开原文通过作者单位确认)
著作
朱海燕.海洋油气工程专业英语.北京:石油工业出版社,2016.11(29.2万字)
论文
第一作者/通讯作者发表SCI收录论文27篇、EI收录论文6篇,部分文章如下:
(1)HaiyanZhu,YaPuZhao,YongcunFeng,HaoweiWang,LiaoyuanZhang,JohnD.McLennan,ModellingofFractureWidthandConductivityinChannelFracturingWithNonlinearProppantPillarDeformation,SPEJournal,2019,https://doi.org/10.2118/194500-PA:1-22,(SCI收录)
(2)HaiyanZhu,JiadongShen,FengshouZhang,AfractureconductivitymodelforchannelfracturinganditsimplementationwithDiscreteElementMethod,JournalofPetroleumScienceandEngineering,2019,172:149-161,(SCI收录)
(3)HaiyanZhu,LeiTao,DongqiaoLiu,QingyouLiu,XiaochunJin,FracabilityEstimationforLongmaxiShale:CoupledBrittleness,Stress-StrainandFracture,ArabianJournalforScienceandEngineering,2018,43(11):6639-6652,(SCI收录)
(4)HaiyanZhu,JiadongShen,FengshouZhang,BoHuang,LiaoyuanZhang,WeiHuang,JohnD.McLennan,DEM-CFDModelingofProppantPillarDeformationandStabilityduringtheFracturingFluidFlowback,Geofluids,2018,1-18,(SCI收录)
(5)HaiyanZhu,XuanheTang,QingyouLiu,KuidongLi,JialinXiao,ShuJiang,JohnD.McLennan,4Dmulti-physicalstressmodellingduringshalegasproduction:acasestudyofSichuanBasinshalegasreservoir,China,JournalofPetroleumScienceandEngineering,2018,167,929-943,(SCI收录)
(6)HaiyanZhu,LeiTao,QingyouLiu,ZhengdongLei,ShuJiang,JohnD.McLennan,FractureCharacteristicsandChangeofPermeabilityundertheInfluenceofNaturalFractures:ExperimentalStudyofWufeng-LongmaxiShale,SPEReservoirEvaluation&Engineering,2018,21(2):225-237,(SCI收录)
(7)HaiyanZhu,XuanheTang,QingyouLiu,ShujieLiu,BinhaiZhang,ShuJiang,JohnD.McLennan,Permeabilitystress-sensitivityin4Dflow-geomechanicalcouplingofShouyangCBMreservoir,QinshuiBasin,China.Fuel,2018,232:817-832,(SCI收录)
(8)HaiyanZhu,XiaochunJin,JianchunGuo,FengchenAn,YonghuiWang,XiangdongLai,Coupledflow,stressanddamagemodellingofinteractionsbetweenhydraulicfracturesandnaturalfracturesinshalegasreservoirs,Int.J.OilGasandCoalTechnology,2016,13(4):359-390,(SCI收录)
(9)HaiyanZhu,JingenDeng,XiaochunJin,LianboHu,BoLuo,Hydraulicfractureinitiationandpropagationfromwellborewithorientedperforation,RockMechanicsandRockEngineering,2015,48(2):585-601,(SCI收录)
(10)HaiyanZhu,QingyouLiu,Pressuredrawdownmechanismanddesignprincipleofjetpumpbit,ScientiaIranicaTransactionsB:MechanicalEngineering,2015,22(3):792-803,(SCI收录)
(11)HaiyanZhu,XingZhao,JianchunGuo,XiaochunJin,FengchenAn,YonghuiWang,XiangdongLai,Coupledflow-stress-damagesimulationofdeviated-wellborefracturinginhard-rock,JournalofNaturalGasScienceandEngineering,2015,26:711-724,(SCI收录)
(12)HaiyanZhu,XudongZhang,JianchunGuo,YaqinXu,LiChen,ShuhangYuan,YonghuiWang,JingyaHuang,Stressfieldinterferenceofhydraulicfracturesinlayeredformation,GeomechanicsandEngineering,2015,9(5):645-667,(SCI收录)
(13)HaiyanZhu,JingenDeng,Hydraulicfracturingexperimentsofhighlydeviatedwellwithorientedperforationtechnique,GeomechanicsandEngineering,2014,6(2):153-172,(SCI收录)
(14)HaiyanZhu,QingyouLiu,TengWang,Reducingthebottom-holedifferentialpressurebyvortexandhydraulicjetmethods,JournalofVibroengineering,2014,16(5):2224-2249,(SCI收录)
(15)HaiyanZhu,JingenDeng,JunZhao,HuZhao,Cementingfailureofthecasing-cement-rockinterfacesduringhydraulicfracturing,ComputersandConcrete,2014,14(1):91-107,(SCI收录)
(16)HaiyanZhu,JianchunGuo,XingZhao,QianliLu,BoLuo,YongcunFeng,Hydraulicfractureinitiationpressureofanisotropicshalegasreservoirs,GeomechanicsandEngineering,2014,7(4):403-430,(SCI收录)
(17)HaiyanZhu,JingenDeng,ZijianChen,FengchenAn,ShujieLiu,ChengyongPeng,MinWen,GuangDong,Perforationoptimizationofhydraulicfracturingofoilandgaswell,GeomechanicsandEngineering,2013,5(5):463-483,(SCI收录)
(18)HaiyanZhu,QingyouLiu,GuorongWang,APressureandTemperaturePreservationSystemforGas-hydrate-bearingSedimentsSampler,PetroleumScienceandTechnology,2013,31(6):652-662,(SCI收录)
(19)HaiyanZhu,JingenDeng,CharacteristicsofrockmechanicsandPDCbitoptimizationofgluteniteformationinthePearlRiverMouthBasinoilfields,ScientiaIranicaTransactionsA:CivilEngineering,2013,20(4):1133-1144,(SCI收录)
(20)HaiyanZhu,JingenDeng,YuhongXie,KaiwenHuang,JingyingZhao,BaohuaYu,RockmechanicscharacteristicofcomplexformationandfasterdrillingtechniquesinWesternSouthChinaSeaoilfields,OceanEngineering,2012,39(44):33-45,(SCI收录)
(21)HaiyanZhu,QingyouLiu,JingenDeng,GuorongWang,XiaohuaXiao,ZhengluJiang,DeyuZhang,Pressureandtemperaturepreservationtechniquesforgas-hydrate-bearingsedimentssampling,Energy,2011,36(7):4542-4551,(SCI收录)
(22)JianchunGuo,QianliLu,HaiyanZhu*,YonghuiWang,LiMa,Perforatingclusterspaceoptimizationmethodofhorizontalwellmulti-stagefracturinginextremelythickunconventionalgasreservoir,JournalofNaturalGasScienceandEngineering,2015,26:1648-1662,(SCI收录)
(23)JianchunGuo,BoLuo,HaiyanZhu*,YonghuiWang,QianliLu,XingZhao,EvaluationoffracabilityandscreeningofperforationintervalfortightsandstonegasreservoirinwesternSichuanBasin,JournalofNaturalGasScienceandEngineering,2015,25:77-87,(SCI收录)
(24)FengshouZhang,HaiyanZhu*,HanguoZhou,JianchunGuo,BoHuang,Discrete-Element-Method/Computational-Fluid-DynamicsCouplingSimulationofProppantEmbedmentandFractureConductivityAfterHydraulicFracturing,SPEJournal,2017,23:1-13,(SCI收录)
(25)QingyouLiu,LeiTao,HaiyanZhu*,ZhengdongLei,ShuJiang,JohnDavidMcLennan,MacroscaleMechanicalandMicroscaleStructureChangesinChineseWufengShalewithSupercriticalCarbonDioxideFracturing,SPEJournal,2018,23(3):691-703,(SCI收录)
(26)QingyouLiu,JianguoZhao,HaiyanZhu*,GuorongWang,JohnD.McLennan,Review,classificationandstructuralanalysisofdownholerobots:Coretechnologyandprospectsforapplication,RoboticsandAutonomousSystems,2019,115:104-120,(SCI收录)
(27)QingyouLiu,JianguoZhao,HaiyanZhu*,WeiZhang,MechanicalModelofDrillingRobotDrivenbytheDifferentialPressureofDrillingFluid,ArabianJournalforScienceandEngineering,2019,44(2):1447–1458,(SCI收录)
(28)朱海燕,沈佳栋,周汉国.支撑裂缝导流能力的数值模拟.石油学报,2018,39(12):1410-1420.
(29)朱海燕,邓金根,王墨翟,薛亮,闫传梁.涡流钻头降压机制及设计原则.中国石油大学学报(自然科学版),2014,38(1):64-69.
(30)朱海燕,邓金根,何玉发,李斌,谢玉洪,黄凯文,赵靖影.水力射流降低井底压差技术.中国石油大学学报(自然科学版),2013,37(02):50-56.
(31)朱海燕,邓金根,刘书杰,闫伟,陈峥嵘,文敏,彭成勇.定向射孔水力压裂起裂压力的预测模型.石油学报,2013,34(02):1-7.
(32)邓金根,朱海燕,谢玉洪,赵靖影,蔚宝华,谭强,张晓东.南海西部海域难钻地层特征及破碎机理研究.岩土力学,2012,33(7):2097-2102.
(33)朱海燕,刘清友,邓金根,王国荣,廖建华.冲旋钻井条件下的岩石破碎机理.应用基础与工程科学学报,2012,20(04):622-631.