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庞学玉 教授
来自 : pe.upc.edu.cn/2018/1219/c14041 发布时间:2021-03-24
»姓名:庞学玉»职称:教授

»单位:油气井工程研究所»最高学历/学位:博士»学科:油气井工程学科,石油与天然气工程领域»所学专业:土木工程»电子邮箱:x.pang@upc.edu.cn»联系电话:0532-86982978»地址邮编:山东省青岛市经济技术开发区长江西路66号,石油工程学院油气井工程研究所,266580»个人主页:◎学习与工作经历
学习经历
2001,09-2005.06,中国海洋大学,土木工程学士
2005.08-2007.05,美国维拉诺瓦大学,土木工程硕士
2007.09-2011.10,美国哥伦比亚大学,土木工程博士
工作经历
2011.11-2017.06,美国哈里伯顿公司,高级研发工程师
2017.06-2018.04,美国哈里伯顿公司,主任研发工程师
2018.05--至今,中国石油大学(华东),石油工程学院教授

◎研究方向
(1)水泥水化动力学及反应机制研究
(2)硅酸盐水泥材料科学
(3)水泥细观力学、水泥基材料多尺度力学模拟
(5)油井水泥强度衰退机理及调控方法
(3)油井水泥添加剂及配方研究

◎学术兼职
2013-2018担任美国哈里伯顿公司科技论文委员会论文审批人
2018年担任Geofluids特刊客座编辑
近年来担任CementandConcreteResearch,Cement ConcreteComposites,JournaloftheAmericanCeramicSociety,ConstructionandBuildingMaterials,JournalofPetroleumScienceandEngineering等10余个国际期刊的审稿人

◎主讲课程
岩石力学
高等岩石力学
科技英语阅读与写作(留学生)

◎指导研究生
2020级博士:程国东,孙访,李海龙,KenedyGeofrey
2020级硕士:张震,MichaelBaragwiha
2019级博士:秦建鲲孙立君
2019级硕士:张戈
欢迎石油工程、海洋油气工程、材料科学与工程、土木工程、力学、化学等相关专业学生报考博士及硕士研究生

◎承担科研课题
共主持及参与国内外科研项目12项,目前主持科研项目经费约700万元。
国外课题(哈里伯顿公司):
1.水泥浆体系配比设计及优化的算法研究
2.新型液体低密度水泥添加剂研发--空心玻璃微珠悬浮剂
3.高压泡沫水泥制备试验方法和机理研究
4.油井水泥高温高压养护及原位力学性能测试实验设备开发
5.基于油井水泥的测井工具校核系统开发
6.油井水泥添加剂研发:低温相变材料,纳米材料,早强剂,缓凝剂等
国内课题:
1.油井水泥水化动力学实验研究及数值模拟,国家自然科学基金面上项目,2020.1-2023.12,负责人
2.极端环境油井水泥材料特性与井筒完整性研究,国家海外引进高层次人才自选课题,2019.3-2021.4,负责人
3.高温高压水泥水化硬化机理及性能研究,中国石油大学(华东)人才引进项目,2018.7-2023.7,负责人
4.200oC超高温水泥石长期强度稳定研究与应用,中石油横向课题,2019.2-2021.1,负责人
5.深水油气井固井水泥传质传热过程中浅层水合物稳定机理,国家自然科学基金面上项目,2020.1-2023.12,参与
6.抗高温水泥浆体系优化及其配套工艺技术研究,中国石油科技计划项目,2018.8-2019.12,参与

◎获奖情况
2015年2ndPlace,EmergingEngineersConferenceTechnicalPosterContest,SPEGulfCoastSectionYoungProfessionals
2018年石油工程学院年度杰出贡献奖

◎荣誉称号
2018年青岛市西海岸新区第三批顶尖人才

◎论文
期刊论文(SCI/EI检索)
1.X.Pang*,W.CuelloJimenez,J.Singh,Measuringandmodelingcementhydrationkineticsatvariabletemperatureconditions,ConstructionandBuildingMaterials,accepted,2020.
2.W.CuelloJimenez*,R.Darbe,X.Pang,EnhancedMechanical-IntegrityCharacterizationofOilwellAnnularSealantsUnderIn-SituDownholeConditions,SPEJournal24(5):2308-2319,2019.
3.X.Pang*,J.Singh,W.CuelloJimenez,CharacterizinggasbubblesizedistributionoflaboratoryfoamedcementusingX-raymicro-CT,ConstructionandBuildingMaterials167:243–252,2018.
4.X.Pang*,J.K.Maxson,W.CuelloJimenez,J.P.Singh,R.G.Morgan,Micro-scalecharacterizationoffieldandlaboratoryfoamedcementusingX-raymicrocomputedtomography,SPEJournal22(5):1690-1703,2017.
5.X.Pang*,W.CuelloJimenez,andV.Goel,Useofmicroencapsulatedphasechangematerialstoregulatethetemperatureofoilwellcement,SPEdrillingandCompletion31(1):63-70,2016.
6.X.Pang*,C.Meyer,ModelingcementhydrationbyconnectinganucleationandgrowthmechanismwithadiffusionmechanismPartI:C3Shydrationindilutesuspensions,ScienceandEngineeringofCompositeMaterials23(3):345-356,2016.
7.X.Pang*,C.Meyer,ModelingcementhydrationbyconnectinganucleationandgrowthmechanismwithadiffusionmechanismPartII:Portlandcementpastehydration,ScienceandEngineeringofCompositeMaterials23(6):605-615,2016.
8.X.Pang*,P.J.Boul,W.CuelloJimenez,Isothermalcalorimetrystudyoftheeffectofchlorideacceleratorsonthehydrationkineticsofoilwellcement,ConstructionandBuildingMaterials77:260-269,2015.
9.X.Pang*,C.Meyer,G.P.Funkhouser,R.Darbe,Aninnovativetestapparatusforoilwellcement:In-Situmeasurementofchemicalshrinkageandtensilestrength,ConstructionandBuildingMaterials74:93-101,2015.
10.X.Pang*,C.Meyer,G.P.Funkhouser,R.Darbe,Depressurizationdamageofoilwellcementcuredfor3daysatvariouspressures,ConstructionandBuildingMaterials74:268-277,2015.
11.X.Pang,C.Boontheung,P.J.Boul*,DynamicretarderexchangeasatriggerforPortlandcementhydration,CementandConcreteResearch63:20-28,2014.
12.X.Pang*,P.J.Boul,andW.CuelloJimenez,Nanosilicasasacceleratorsinoilwellcementingatlowtemperatures,SPEdrillingandcompletion29(1):98-105,2014.
13.X.Pang*,W.CuelloJimenez,B.J.Iverson,Hydrationkineticsmodelingoftheeffectofcuringtemperatureandpressureontheheatevolutionofoilwellcement,CementandConcreteResearch54:69-76,2013.
14.X.Pang*,D.P.Bentz,C.Meyer,G.P.Funkhouser,R.Darbe,AcomparisonstudyofPortlandcementhydrationkineticsasmeasuredbychemicalshrinkageandisothermalcalorimetry,CementandConcreteComposites39:23-32,2013.
15.X.Pang*,C.Meyer,R.Darbe,G.P.Funkhouser,Modelingtheeffectofcuringtemperatureandpressureoncementhydrationkinetics,ACIMaterialsJournal110(2):137-148,2013.
16.X.Pang*andC.Meyer,Cementchemicalshrinkageasmeasureofhydrationkineticsanditsrelationshipwithnon-evaporablewater,ACIMaterialsJournal109(3):341-352,2012.
17.X.Pang*,R.Darbe,K.Ravi,C.Meyer,Low-cyclefatigueofoilwellcementsincompression,ACIMaterialsJournal109(2):185-194,2012.
18.李宁,庞学玉,艾正青,刘忠飞,王洪路,王银东,200oC加砂硅酸盐水泥配方优化设计及强度衰退机理,硅酸盐学报48(11):1-10,2020
会议论文
1.J.Qin,X.Pang,Z.Liu,Z.Ai,N.Li,Effectofvarioustestingparametersontheexperimentalevaluationofoilwellcementcuredundersimulateddownholeconditions,InternationalConferenceonMaterialsinCivilEngineering(MICE2020),Sanya,China,23-25October2020.
2.X.Pang,L.Sun,S.D.S.AraujoandY.Bu,Effectsoftemperatureandwater-to-cementratioonautogenousshrinkageofoilwellcement,InternationalConferenceonMaterialsinCivilEngineering(MICE2020),Sanya,China,23-25October2020.
3.X.Pang,G.Hundt,S.Lewis,R.Vargo,B.Tan,Storableliquidbeadsystemsaslightweightadditivesforoilwellcementing,PaperOTC-28273presentedattheOffshoreTechnologyConferenceAsia,KualaLumpur,Malaysia,20-23March2018.
4.W.CuelloJimenez,X.Pang,J.A.Urdaneta,E.Sørensen,G.Lende,andS.Nimane,Thermo-Mechanicalpropertiesofannularsealants–apathtooptimizedwellboreintegrityandeconomics,PaperSPE187654tobepresentedatSPEKuwaitOil GasShowandConference,KuwaitCity,Kuwait,15-18October2017.
5.W.CuelloJimenez,X.Pang,M.Benge,R.Darbe,D.L.Meadows,Enhancedmechanicalintegritycharacterizationofoilwellannularsealantsunderin-situdownholeconditions:apathtooptimizedwellboreeconomics,PaperSPE185341presentedattheSPEOilandGasIndiaConferenceandExhibition,4–6April,Mumbai,India,2017.
6.X.Pang,J.K.Maxson,W.CuelloJimenez,J.P.Singh,R.G.Morgan,MutiscalecharacterizationoffoamedcementusingX-raymicrocomputedtomography,PaperSPE180278presentedattheSPEDeepwaterDrillingandCompletionsConference,14-15September,Galveston,Texas,USA,2016.
7.X.Pang,J.P.Singh,W.CuelloJimenez,ACPrince,Influencingfactorsofthemicrostructureandmacroscopicperformanceoffoamedcement,PaperSPE181364presentedattheSPEAnnualTechnicalConferenceandExhibition,26-28September,Dubai,UAE,2016.
8.W.CuelloJimenez,J.A.Urdaneta,X.Pang,J.R.Garzon,G.Nucci,H.Arias,InnovationofAnnularSealantsDuringthePastDecadesandTheirDirectRelationshipwithOn/OffshoreWellboreEconomics,PaperSPE-180041presentedattheSPEBergenOneDaySeminar,20April,Grieghallen,Bergen,Norway,2016.
9.X.Pang,Theeffectofwater-to-cementratioonthehydrationkineticsofPortlandcementatdifferenttemperatures,proceedingsofthe14thInternationalcongressonCementChemistry,Beijing,October13-16,2015.
10.P.J.Boul,A.Ye,X.Pang,V.Goel,L.Eoff,andB.R.Reddy,Nanosilica-basedconformancegels,paperSPE-174265tobepresentedattheSPEEuropeanFormationDamageConference,Budapest,Hungary,June3-5,2015.
11.P.J.Boul,X.Pang,C.Boontheung,RetarderexchangefortheactivationofastronglyretardedPortlandcementslurry,2ndGlobalWellCemConference,Thewoodlands,Houston,Texas,January22-23,2015.
12.X.Pang,V.GoelandW.CuelloJimenez,Useofmicroencapsulatedphasechangematerialstoregulatethetemperatureofoilwellcement,PaperSPE171769presentedattheAbuDhabiInternationalPetroleumExhibitionandConference,AbuDhabi,November10-13,2014.
13.X.Pang,AgeneralizedscalefactormodelforPortlandcementhydration,proceedingofthe4thRILEMInternationalSymposiumonConcreteModelling,Beijing,October12-14,2014.
14.X.Pang,P.Otieno,andG.P.Funkhouser,Modelingtheeffectofcuringpressureontheviscosityevolutionofoilwellcement,PaperAADE-14-FTCE-06presentedatthe2014AADEFluidTechnicalConference Exhibition,Houston,Texas,April15-16,2014.
15.X.Pang,P.J.Boul,andW.CuelloJimenez,Nanosilicasasacceleratorsinoilwellcementingatlowtemperatures,PaperSPE168037presentedatthe2014IADC/SPEDrillingConferenceandExhibition,FortWorth,Texas,March4-6,2014.
16.W.CuelloJimenez,X.Pang,andT.Gilstrap,Engineeredoilwell-cement-basedsystemsforoptimumvalidationofcased-holeultrasonictools,PaperSPE168038presentedatthe2014IADC/SPEDrillingConferenceandExhibition,FortWorth,Texas,March4-6,2014.
17.A.Santra,P.J.Boul,andX.Pang,Influenceofnanomaterialsinoilwellcementhydrationandmechanicalproperties,PaperSPE156937presentedattheSPEInternationalOilfieldNanotechnologyConference,Noordwijk,TheNetherlands,June12-14,2012.
18.X.Pang,D.P.Bentz,C.Meyer,Modelingcementhydrationkineticsusingtheequivalentageconcept,3rdInternationalSymposiumonUltra-HighPerformanceConcrete,Kassel,Germany,March7-9,2012.
19.C.Meyer,X.Pang,In-Situtestingandmodelingofthepropertiesofoilwellcementsatearlyages(Keynotepresentation),the2011WorldCongressonAdvancesinStructuralEngineeringandMechanics,Seoul,September18-23,2011.
20.X.Pang,C.Liu,R.Suri,Recyclingspentmushroomsubstrateasfineaggregateinconcrete,TransportationResearchBoard(TRB)86thAnnualMeeting,WashingtonD.C.,January21–25,2007.
21.C.Liu,M.Marchisello,X.Pang,RominderSuri,Optimizethelimecontenttotreatrecycledmushroomsubstratesinconcrete,JointInternationalConferenceonComputingandDecisionMakinginCivilandBuildingEngineering,Montreal,Canada,June14-16,2006.

◎专利
提交国际专利申请14项,已授权5项。
1.A.Prince,K.M.Ravi,J.P.Singh,M.A.Jaramillo,W.CuelloJimenez,A.Chang,T.S.Sodhi,X.Pang,T.J.Pisklak,pH-sensitivechemicalsfordownholefluidsensingandcommunicationwiththesurface,ApplicationNo.:US2016/081602,April5,2016.(GrantedonMarch24,2020,PatentNo.US10598005)
2.V.S.Goel,P.J.Boul,X.Pang,L.Hall,J.Deville,S.Lewis,B.R.Reddy,T.Joseph,X.Ye,Downholefluidsandmethodsofusethereof,ApplicationNo.:PCT/US15/25282,April10,2015.(GrantedonOctober1,2019,PatentNo.US10428259)
3.V.S.Goel,P.A.Otieno,X.Pang,T.S.Sodhi,Analyzingmixabilityofwellcementslurries,ApplicationNo.:PCT/US2014/053245,August28,2014.(GrantedonOctober22,2019,PatentNo.US10450830)
4.P.J.Boul,X.Pang,C.Boontheung,Activationofset-delayedcementcompositionsbyretarderexchange,ApplicationNo.:PCT/US2013/06702,October31,2013.(GrantedonJune05,2018,PatentNo.US9988306)
5.W.CuelloJimenez,X.Pang,P.Jones,R.E.Epstein,Z.E.Gordon,B.Mandal,T.Gilstrap,Validationofcased-holeacoustictools,ApplicationNo.:PCT/US2013/069719,November12,2013.(GrantedonMarch26,2019,PatentNo.US10241086)

◎学术交流
1.Pang,J.K.Maxson,W.CuelloJimenez,J.P.Singh,R.G.Morgan,MutiscalecharacterizationoffoamedcementusingX-raymicrocomputedtomography,PaperSPE180278presentedattheSPEDeepwaterDrillingandCompletionsConference,14-15September,Galveston,Texas,USA,2016.
2.X.Pang,Theeffectofwater-to-cementratioonthehydrationkineticsofPortlandcementatdifferenttemperatures,proceedingsofthe14thInternationalcongressonCementChemistry,Beijing,October13-16,2015
3.X.Pang,Oilwellcementdesignforhightemperatureapplications(invitedpresentation),SPEThermalWellDesign IntegrityWorkshop,Banff,Alberta,Canada,November18-20,2014.
4.X.Pang,AgeneralizedscalefactormodelforPortlandcementhydration,proceedingofthe4thRILEMInternationalSymposiumonConcreteModelling,Beijing,October12-14,2014.
5.X.Pang,P.J.Boul,andW.CuelloJimenez,Nanosilicasasacceleratorsinoilwellcementingatlowtemperatures,PaperSPE168037presentedatthe2014IADC/SPEDrillingConferenceandExhibition,FortWorth,Texas,March4-6,2014.
6.X.Pang,P.Otieno,andG.P.Funkhouser,Modelingtheeffectofcuringpressureontheviscosityevolutionofoilwellcement,PaperAADE-14-FTCE-06presentedatthe2014AADEFluidTechnicalConference Exhibition,Houston,Texas,April15-16,2014.
7.X.Pang,C.Meyer,Anewexplanationofcementhydrationkinetics(invitedpresentation),ACIConventionSpring2012-theArtofConcrete,Dallas,TX,March18-22,2012.


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发布于 : 2021-03-24 阅读(0)