课程描述-英文定稿版(西南石油大学油气储运))

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SYLLABUSSCHOOL:SCHOOLOFPETROLEUMANDGASENGINEERINGMAJOR:OIL&GASSTORAGEANDTRANSPORTATIONENGINEERINGSTUDENTNAME:STUDENTNUMBER:ENTRYDATE:CourseTitle:EngineeringCognitionandPracticeCredit：1.0Duration:1stTerm2013-2014Overview：Thissubjectisthefirstcourseforengineeringquality-orientededucationincollege,anditisacoursewhichcombinestheorywithpracticeaswell.Theaimsofthissubjectaremakingstudentsperceivetheindustrialprocess,motivatingstudents’interestinengineering,providingbackgroundknowledgeofengineeringandcultivatingstudents’engineeringquality.Thissubjectiscomposedofsevensections,includingoverviewofmechanicalstructure,machinerymanufacturing,electronicprocess,engineeringcontrol,engineeringmanagement,petroleumengineering,innovationandentrepreneurship.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthefollowingcontents:1.Overviewofmechanicalstructure2.Overviewofmachinerymanufacturing3.Overviewofelectronicprocess4.Overviewofengineeringcontrol5.Overviewofengineeringprojectmanagement6.Overviewofpetroleumengineering7.InnovationandentrepreneurshipAssessment:Thefirsthalfofthesemesterisabouttheorylearning,andthesecondhalfofthesemesterispracticaloperation,includingmakingsmall-sizedlightsanddesigningsimplecircuitsintheinternshipworkshopbuiltinthethirdphraseofschoolconstruction.Assessmentofthiscourseismadeupofissuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning onlineexamandevaluationaboutsmall-sizedsimpleproducts.Classperformanceandassignments(20%),mid-termexam(30%),andfinalexam(50%)(Answeringtheoreticalquestionsonline).Prescribedtexts:EngineeringCognitionandPractice,XIAOXiaohua,LAITianhua,PetroleumIndustryPress.CourseTitle:FundamentalsofComputerScienceCredit：1.5Duration:1stTerm2013-2014Overview:Thissubjectfocusesonimprovingstudents’computermindwithensuringstudents’applicationcapabilities.Thissubjectconsistsof8chapters,includingintroduction,fundamentalsofcomputerhardware,fundamentalsofcomputersoftware,fundamentalsofalgorithm,fundamentalsofprogramdesign,basisofdatabase,computernetworkfoundationandcomputersecurity.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthefollowingcontentsandsolvetherelatedexercises.Studentsarealsoexpectedtobeequippedwiththeknowledgeandabilitytounderstandandsettlesomepracticalproblemsinlifeandindustry.1.Historyofcomputer,computationalmodel,computersystem,computercultureandmind,applicationandprospectsofcomputer2.Fundamentalsofcomputerhardware3.Fundamentalsofcomputersoftware4.Fundamentalsofalgorithm5.Fundamentalsofprogramdesign6.Basisofdatabase7.Computernetworkfoundation8.ComputerinformationsecurityAssessment:4-5assignments(writtenassignmentsandexperimentsoncomputer),classperformanceandassignmentachievements(15%)and100-minutefinalexam(85%).PrescribedTexts:FundamentalsofComputerScience(3rdEdition),SUNShuxiaandCHENLichao(Editor-in-chief),ZHANGWeili,LIUZhonghuiandXIAOYangchun(Associateeditors),HigherEducationPress.CourseTitle:VisualBasicProgrammingCredit：3.5Duration:2ndTerm2013-2014Overview:ThissubjectintroducessyntaxofVisualBasic,codeandbasicknowledgeofprogramming.Itaimsatprovidingagoodtrainingforstudentsintermsofprogramdesign.Thiscourseconsistsof10chapters,includingoverviewofVB,basicknowledgeofVBlanguage,fundamentalsofVBprogramdesign,issuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning programdesignofcontrolstructure,array,process,graphicdesignofdocument,designofstapleinterface,functionofdatabase,etc.Besides,basedonVisualBasic6.0,thiscourseintroducesapplicationmethodsofVBintegrateddevelopmentenvironmentandarrangescorrespondingexperimentsoncomputerinlinewithtextbookcontents.Experimentsoncomputerconsistsof12chapters:VBprogramdevelopmentenvironment,VBprogramlanguagebase,VBprogramdesignbase,programdesignofcontrolstructure,array,document,imagesandgraphics,designofstapleinterface,functionapplicationofdatabase,programdesignofcomprehensiveexercises,programdebuganderrorhandling.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthefollowingcontents.Moreover,importanceisattachedthatstudentsareespeciallyrequiredtobeabletodesignVBprogramswithpracticalapplicationvalue.1.OverviewofVB2.BasicknowledgeofVBlanguage3.FundamentalsofVBprogramdesign4.Programdesignofcontrolstructure5.Array6.Document7.Imagesandgraphics8.Designofstapleinterface9.Functionapplicationofdatabase10.Programdesignofcomprehensiveexercises11.ProgramdebuganderrorhandlingAssessment:6-8assignments(writtenassignmentsandVisualBasicprogrammingexperimentsoncomputer).Classperformanceandassignmentachievements(15%)and100-minutefinalexam(85%)(Exercisedoncomputer,includingmultiplechoicesoftheoryknowledgeandVBprogramexperiments).Prescribedtexts:1.FundamentalsofVisualBasicProgramming,LIMing,ZHANGXuanfang,XUZeming,SichuanScienceandTechnologyPress ·SichuanPublishingGroup.2.VisualBasicExperimentandInstructionTrainingforGradingTest,LIMing,MEITing,XUZeming,SichuanScienceandTechnologyPress ·SichuanPublishingGroup.CourseTitle:TechnologyofMetalsCredit：2.5Duration:2ndTerm2014-2015Overview:Thissubjectmainlydiscussesandanalysestherelationsbetweencomponents,structuresandtextureofmetallicmaterialsandfunctionality,andmoldingtechnologyofmetallicmaterials.Itsystematicallyintroducesthebasictheoryandknowledgeofengineeringmaterialsandmoldingtechnology,andissuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning analyseschemicalcomponents,texturestructures,processmethods,performancefeaturesandcorrelationsoffrequentlyusedengineeringmaterials.Thiscourseiscomposedof13chapters:varietiesandfunctionsofmaterials,structuresofmaterials,crystallizationofmetalandplasticdeformation,binaryalloyphasediagramanditsapplication,heattreatmentofmetalandsurfacemodification,industrialsteel,nonferrousmetalsandtheiralloys,newmaterials,casting,pressureprocess,welding,petro-chemicalequipmentsandrelatedweldingprocess,failureanalysisofmachinepartsandmaterialselection.Correspondingexperimentsareattachedtohelpstudentsmasterexperimentproceduresandprinciples.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterrelatedknowledgeandexperimentsofthefollowingchapters.Besides,studentsareexpectedtobeabletoworkoutcorrespondingexercisesrelatedtocertainknowledgeskillfullyandquickly,andapplytheobtainedknowledgetodiscoverandsettlesomepracticalproblemsinlifeandindustry.1.Varietiesandfunctionsofmaterials2.Structuresofmaterials3.Crystallizationofmetalandplasticdeformation4.Binaryalloyphasediagramanditsapplication5.Heattreatmentofmetalandsurfacemodification6.Industrialsteel7.Nonferrousmetalsandtheiralloys8.Newmaterials9.Casting10.Pressureprocess11.Welding12.Petro-chemicalequipmentsandrelatedweldingprocess13.FailureanalysisofmachinepartsandmaterialselectionAssessment:4-5assignments(writtenassignmentsandclassexperimentreports),classperformanceandassignmentachievements(15%)and100-mimutewrittenfinalexam(85%).Prescribedtexts:EngineeringMaterialsandFormingProcessFoundation,HUANGBensheng(Chief-editor),FANZhou,ZHANGDefen,andYANGJun(AssociateEditors),PetroleumIndustryPress.CourseTitle:MachineryManufacturingTraining(III)Credit：2.0Duration:1stTerm2015-2016Overview：Thecontentsofthiscoursearemadeupofdevelopmenthistoryofmechanicalmanufacture,basicknowledgeofengineeringmaterials,casting,forgingandpressing,welding,basicknowledgeofissuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning machining,turning,planning,milling,groundfinish,locksmithandassembly,basicknowledgeofnumericalcontrolmachining,numericalcontrolturning,numericalcontrolmilling,CNCmachiningcentreandnon-traditionalmachining.Theoryclassesmakeup20%oftheclassperiod.Intheresttime,studentsarerequiredtousetheprocessingmethodsrelatedtocertaintypeofworktoprocessrelevantworkpartsandsimplefinishedproductswiththehelpofteachersandclassmatesintheinternshipworkshopbuiltinthethirdphraseofschoolconstruction.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmastertheoryknowledgeofthefollowingchapters.Besidesstudentsareexpectedtobeabletoworkoutcorrespondingexercisesrelatedtocertainknowledgeskillfullyandquickly,andapplytheobtainedknowledgetodiscoverandsettlesomepracticalproblemsinlifeandindustry.1.Developmenthistoryofmechanicalmanufacture2.Basicknowledgeofengineeringmaterials3.Casting4.Forging5.Welding6.Basicknowledgeofmachining7.Turning8.Planning9.Milling10.Groundfinish11.Locksmithandassembly12.Basicknowledgeofnumericalcontrolmachining13.Numericalcontrolturning14.Numericalcontrolmilling15.CNCmachiningcentreandnon-traditionalmachiningIntermsofpracticeandpracticaltraining,uponthecompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthespecificoperationsandprocessingmethodsofthefollowingcontents:turning,grinding,locksmithandassembly,welding,makingsandcoremolds,numericalcontrolturningandnon-traditionalmachining.Besides,studentsareexpectedtobeabletooperatethecorrespondingequipmentsandtoolsontheirownandprocesspartsandsimplefinishedproductsofabove-mentionedtypeofjobs.Assessment:Classperformanceandqualityevaluationofsimplefinishedproductsandpartsintrainingclasses(50%)and100-minutefinalexamoftheoreticalknowledgeoncomputer(50%).PrescribedTexts:CourseofMachineryManufacturingTraining,XIAOXiaohua(Chief-editor),LIUDemingandXIAChong(Associateeditor).issuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning CourseTitle:ComputerOperatingandPracticingCredit：1.0Duration:1stTerm2015-2016Overview:Thiscourseiscomposedof6chapters,introducingtheuseofcomputer,operationsystem,computernetwork,wordprocessor,excelandpowerpoint.Thiscoursealsoincludesexperimentaloperationsofvariouslevelsexercisedoncomputer.Objectives:Uponcompletionofthiscourse,studentsareexpectedtomasterthefollowingskills:1.Beabletousecomputercorrectly2.Beabletouseoperatingsystem(Windows7operatingsystemandotheroperatingsystems)3.Beabletousecomputernetwork(informationretrieval,E-mail,socialmedia,cloudcomputingandnetworksecurity)4.BeabletohaveagoodcommandofwordprocessorWord2010,includingadvanceddesignandtypesettingofthissoftware5.Beabletouseexcel(Excel2010),anddealwithexcelsinstudyinlinewithrequirement6.BeabletousePowerPoint(PowerPoint2010)proficiently,andmakerelativelydelicatePPTinlinewithrequirementAssessment:EvaluationofaccomplishmentofWord,PPTandExceldocumentsandclassperformance(50%)and100-minutefinalexamoncomputer(50%)(EditofvariousWord,PPTandExceldocumentsaccordingtotherequirement).Prescribedtexts：CourseofComputerOperatingandPracticing,ZHAOGang,LIUZhonghui,HigherEducationPress.CourseTitle:EngineeringThermodynamicsandHeatTransferCredit：4.5Duration:1stTerm2015-2016Overview:Thermodynamicsofthiscourseiscomposedof14chapters:basicconceptanddefinitionofthermodynamics,firstlawofthermodynamics,thermodynamicenergyofidealgas,enthalpy,calculationofspecificheatcapacityandentropy,thermodynamicprocessofidealgas,secondlawofthermodynamics,analysisofthermalenergyavailabilityandexergy,gasflow,air-compressedprocessofair-compressor,gaspowercycle,realgas,steamandsteampowercycle,refrigerationcycle,moistair,andchemical thermodynamics.Heattransfertheoryofthiscourseismadeupof9chapters:basicconceptofheattransfer,fundamentallawofheatconductingandsteady-stateconduction,non-steadyconduction,theoreticalbasisforconvectiveheattransfer,no-phasetransformationconvectiveheattransfer,phasetransformationconvectiveheattransfer,basictheoryofthermalradiation,radiantheattransfer,heatcalculationofheattransferprocessand heatexchanger.Correspondingexperimentsareattachedtohelpstudentsmasterexperimentproceduresandprinciples.issuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning Objectives:Uponcompletionofthiscourse,studentsareexpectedtomasterthefollowingtheoreticalknowledgeandcorrespondingexperimentsofthermodynamicsandheattransfer.Studentsarealsoexpectedtobeabletoworkoutcertainrelatedexercises,analyzeandcalculatevariousmajorparametersofrelevantthermodynamicprocess,andapplytheobtainedknowledgetodiscoverandsettlesomepracticalproblemsinlifeandindustry.Thermodynamics:firstlawofthermodynamics,thermodynamicenergyofidealgas,enthalpy,calculationofspecificheatcapacityandentropy,thermodynamicprocessofidealgas,secondlawofthermodynamics,analysisofthermalenergyavailabilityandexergy,gasflow,air-compressedprocessofair-compressor,gaspowercycle,realgas,steamandsteampowercycle,refrigerationcycle,moistair,andchemical thermodynamics.Heattransfer:basicconceptofheattransfer,fundamentallawofheatconductingandsteady-stateconduction,non-steadyconduction,theoreticalbasisforconvectiveheattransfer,no-phasetransformationconvectiveheattransfer,phasetransformationconvectiveheattransfer,basictheoryofthermalradiation,radiantheattransfer,heatcalculationofheattransferprocessand heatexchanger.Assessment:6-8assignments(writtenassignmentsandexperimentreports).Classperformanceandassignmentachievements(13%),experiments(10%),and100-minutewrittentest(77%).Prescribedtexts:1.EngineeringThermodynamics,HUAZiqiang,ZHANGZhongjin,GAOQing,HigherEducationPress.2.HeatTransfer,ZHANGYi(Chief-editor),GUOEnzhen(Associateeditor),SoutheastUniversityPress.CourseTitle:MathematicsExperimentCredit：1.0Duration:2ndTerm2014-2015Overview:ThiscoursemainlyintroducesandinstructswaystosolvepracticalproblemswiththeapplicationofMATLABsoftware,suchasapplicationofMATLABsoftwareinadvancedmathematics,linearalgebraandprobabilityandstatistics.Italsoincludesmathematicsexperimentknowledgeinthefollowingchapters:extremevalue,maximumandminimumandapplicationoffunction,applicationofintegralcalculus,applicationofdifferentialequation,applicationofsystemoflinearequations,EigenvalueofsquarematrixandapplicationofEigenvector,applicationofprobabilityandstatistics.Objectives:Thissubjectaimsatcultivatingstudentstosolvepracticalproblemswithmathematicalknowledge,developabilityofabstractingpracticalproblemsasmathematicalmodelandapplytoolsespeciallycomputertosolvepracticalproblems,amongwhichtheproficiencyinapplicationofMATLABsoftwareisofpriority,includingapplicationofMATLABsoftwareinadvancedmathematics,probabilityandstatistics,andlinearalgebra.Uponcompletionofthiscourse,studentsareexpectedtoissuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning rememberandmasterthefollowingknowledgeandworkoutcorrespondingexercisesproficiently.1.Extremevalue,maximumandminimumandapplicationoffunction2.Applicationofintegralcalculus3.Applicationofdifferentialequation4.Applicationofsystemoflinearequations5.EigenvalueofsquarematrixandapplicationofEigenvector6.ApplicationofprobabilityandstatisticsAssessment:4-5assignments(writtenassignmentsandexperimentsoncomputer),classperformanceandassignmentachievements(50%),100-minutetheoreticaltestingexercisedoncomputer(50%).Prescribedtexts:MathematicsExperiment(Self-designedTeachingMaterial),TeachingMaterialsWritingGroup forMathematicsExperiment,SchoolofScienceofSouthwestPetroleumUniversity.CourseTitle:Oil&GasPipelineTransportationCredit：4.0Duration:2ndTerm2015-2016Overview:Thiscourseismadeupoftwoparts.Onepartisaboutrelevantknowledgeofgaspipeline,includingoverviewofgaspipeline,physicochemicalpropertiesofnaturalgas,waterpowerofgaspipeline,heatcalculation,designandperformanceanalysisofgaspipelinesystem,gastransmissionstation,gasdistributionandstorage,automaticmonitoringandoperationsmanagementofgaspipeline.Theotherpartisaboutrelevantknowledgeofoilpipeline,includingoverviewofoilpipelineandprospectivedesign,isothermy,hotoil,liquidatedpetroleumgas piping,technologicaldesignofbatchtransportationpiping,transportationprocessofwaxyandhighviscosityoil,operationsmanagementofoilpipeline,majorequipmentofoiltransportationstation,anti-corrosionofoilpipeline,etc.Correspondingexperimentsareattachedtohelpstudentsmasterexperimentproceduresandprinciples.Objectives:Uponcompletionofthiscourse,studentsareexpectedtomasterthefollowingknowledgeandworkoutrelatedexercisesproficiently,andapplytheobtainedknowledgetorecognizeandsettlesomepracticalproblemsinlifeandindustry.1.Basicknowledgeofpipelinetransmissionofnaturalgas2.Waterpowerandheatcalculationofgaspipeline3.Designandperformanceanalysisofgaspipelinesystem,4.Gastransmissionstation,gasdistributionandstorage5.Operationsmanagementofpipeline6.Processcalculationofoilpipeline7.Transportationprocessofwaxyandhighviscosityoil8.Relevantknowledgeofoiltransportationstationissuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning 1.BatchtransportationAssessment:4-5assignments(writtenassignmentsandexperimentreports),classperformance,assignmentachievementsandexperimentresults(30%),100-minutefinalexam(70%).Prescribedtexts:1.NaturalGasPipelineTransportation,LIChangjun,PetroleumIndustryPress.2.DesignandManagementofOilPipeline,YANGXiaoheng,ChinaUniversityofPetroleumPress.CourseTitle:Oil&GasPipelineTransportationConstructionCredit：2.0Duration:2ndTerm2015-2016Overview:Thiscourseparticularlyintroducestheconstructionmethodsofmainprocessesinthelongdistanceoilandgaspipelineengineeringconstruction,whichareusedtoguidetheoilandgasstorageandtransportationengineeringdesign,constructionandoperationmanagement,includingdirectionaldrillingpipelinecrossingofcrossingengineering,pipejackingmethodofpipelinecrossing,shieldmethodandlarge excavationmethodincrossingengineering,equipmentandpipelineinstallationinconstructionofthestation,manufactureandinstallationof theverticalcylindricalstoragetankandconstructionofhydraulicprotectionproject,etc.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthefollowingcontents,workoutcorrespondingexercisesskilfully,recognizeandsolvesomepracticalproblems.1.Assignment,classificationandestablishmentofconstruction organization plan2.Basicconstructiontechnologyofpipelineroute3.Pipelinecrossingengineering4.Constructionofthestation5.Basicknowledgeofstoragetank6.Constructionoftheverticalcylindricalsteelweldingstoragetank7.Hydraulicprotectionprojectissuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning Assessment:4-5writtenassignments,classperformanceandassignmentachievements(35%),100-minutefinalexam(65%).Prescribedtexts:Oil&GasPipelineTransportationConstruction,HELImin,GAOQi,PetroleumIndustryPress.CourseTitle:DesignandManagementofOilDepotCredit：3.0Duration:2ndTerm2015-2016Overview:Thiscourse,integratingdomesticoildepotconstructionandtechnologicalmanagementexperience,elaboratesthebasicknowledgeofoildepotdesignandmanagement,andintroducesthebasictheoryandapplicationmethodsofoildepotconstruction.Themaincontentsincludegeneraldrawingdesignofoildepot,process flow,storageandhandlingoperation,pipeline,pumphouse,heating,firefightingandevaporation loss ofoil products,etc.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthefollowingcontents,workoutcorrespondingexercisesskilfully,recognizeandsolvesomepracticalproblems.1.Generaldrawingdesignofoildepotandprocess flow2.Handlingoperationofoilproducts3.Pipelineandpumphouseofoildepot4.Heatingofoilproductsandcalculationofthermalpipeline5.Measuresforoilstorage6.Evaporation loss of oil productsandmeasuresforreducingevaporationloss7.MeasurementofoilproductsAssessment:4-5writtenassignments,classperformanceandassignmentachievements(16%),experimentresultsandreports(20%),100-minutefinalexam(64%).Prescribedtexts:DesignandManagementofOilDepot,GUOGuangchen,DONGWenlan,ZHANGZhilian,ChinaUniversityofPetroleumPress.issuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning CourseTitle:EngineeringFluidMechanics(I)Credit：5.0Duration:2ndTerm2015-2016Overview:Thissubject,basedonfluidmechanicsproblemsinvolvedintheactualproduction,systematicallyintroducesthebasictheoryandengineeringapplicationoffluidmechanics.Thissubjectconsistsof12chapters:introduction,fluidanditsmainproperties,fluidstatics,fluidkinematics,fluiddynamics,dimensionalanalysisandsimilarityprinciple,flowresistanceandheadloss,hydrauliccalculationofpressurepipeline, unary unsteadyflow,planar potential flowof idealincompressiblefluid, unaryconstantflowofgasandflowofnon-Newtonian fluid.Correspondingexperimentsarearrangedtohelpstudentsunderstandtheexperimentalstepsandprinciples.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthefollowingcontents,workoutcorrespondingexercisesskilfully,recognizeandsolvesomepracticalproblems.1.Fluidanditsmainproperties2.Fluidstatics3.Fluidkinematics4.Fluiddynamics5.Dimensionalanalysisandsimilarityprinciple6.Flowresistanceandheadloss7.Hydrauliccalculationofpressurepipeline8.Unary unsteadyflow9.Planar potential flowof idealincompressiblefluid10.Unaryconstantflowofgas11.Flowofnon-Newtonian fluidAssessment:10assignments(writtenassignmentsandexperimentreports),classperformance,assignmentachievementsandexperimentresults(20%),45-minutemid-termtest(20%)and100-minutefinalexam(60%).Prescribedtexts:EngineeringFluidMechanics,CHENXiaoyu(chief-editor),DUShejiao,YUJiecheng,&ZHUZhognxi(associateeditors),PetroleumIndustryPress.CourseTitle:EngineeringMechanics(I)Credit：5.0Duration:2ndTerm2015-2016Overview:Thissubjectrespectivelyelaboratesthebasictheoriesandmethodsofstaticsandthematerial mechanics.Itmainlyfocusesonmaterialmechanics,andintegrationwiththeengineeringpractice.Thiscourseismadeupoftwoparts.Oneisaboutstatics(includingfoundationofstatics,issuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning simplificationofforcesystem,andmagneto-staticequilibrium).Theotherisaboutmaterial mechanics(includingbasicassumptionsandbasicconceptsofthematerial mechanics,axialtensionandcompression,practicalcalculationofconnector,twist,internalforcesinbeams,geometricpropertiesofcrosssection,bendingstressandbendingstrength,bendingdeformation,stressstateanalysisandstrengththeory,strengthcalculationof combineddeformationrod,stabilityofcompressionbar,energy method,dynamicload).Correspondingexperimentsarearrangedtohelpstudentsunderstandtheexperimentalstepsandprinciples.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmastertheknowledgeofstaticsandmaterial mechanics,workoutcorrespondingexercisesskilfully,recognizeandsolvesomepracticalproblems.I.knowledgeofstatics1.Foundationofstatics2.Simplificationofforcesystem3.Magneto-staticequilibriumII.Knowledgeofmaterial mechanics1.Basicassumptionsandbasicconceptsofthematerial mechanics2.Axialtensionandcompression3.Practicalcalculationofconnector4.Twist5.Internalforcesinbeams6.Geometricpropertiesofcrosssection7.Bendingstressandbendingstrength8.Bendingdeformation9.Stressstateanalysisandstrengththeory10.Strengthcalculationof combineddeformationrod11.Stabilityofcompressionbar12.Energy method13.DynamicloadAssessment:10assignments(writtenassignmentsandexperimentreports),classperformanceandassignmentachievements(22%),experimentresultsandreports(10%)and100-minutefinalexam(68%).Prescribedtexts:EngineeringMechanics,TAOChunda&HUANGYun(Chief-editor),WANGWei,LINHongzhi&YANGJianbo(Associateeditors), SciencePress.CourseTitle:ProfessionalEnglishCredit：2.0Duration:1stTerm2015-2016Overview:Thiscourseaimsathelpingstudentswhomajorinoilandgasstorageandtransportationengineeringtoissuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning readEnglishliteratureonthebasisofbasicEnglish.ThiscoursecontainsvariouskindsofEnglishliteratureandEnglishmanuscripts,whichareinvolvedinoilandgasfield,variouspipelinesandequipments,above-groundandundergroundstorageofoil,pipelineconstruction,corrosion and anti-corrosion technology,andstoragemeteringinstrument.Italsocontains1000wordsand700termsrelatedtothisfield.Objectives:Uponcompletionofthiscourse,studentsareexpectedtomemorizethekeywordsandphrasesofthefollowingchapters:1.OilandGasField2.Pipeline3.StorageFacility,4.Construction5.Corrosion6.MeteringInstallationWhatmattersisthatstudentsareabletoreadEnglishliteratureinvolvedinengineeringfieldontheirownandsearchforavailableinformationafterstudyingtheabove-mentionedEnglish literature.Assessment:4-5writtenassignments,classperformanceandassignmentachievements(30%),and100-minutefinalexam(70%).Prescribedtexts:TheEnglishCourseofOil&GasStorageandTransportation(2ndEdition),FENGShuchu,ChinaUniversityofPetroleumPress.CourseTitle:Oil-GasGatheringandTransportingCredit：4.0Duration:1stTerm2015-2016Overview:Thiscourseiscomposedofgatheringandtransportationofgasandcrudeoil.Gasgatheringandtransportationmainlystudiestheproblemsofnaturalgascollection,pretreatmentandtransmissionintheproductionprocessofoilandgasfield.Themaincontentsinclude:basicknowledgeofnaturalgastechnology,formationandpreventionofnaturalgas hydrate,naturalgasgatheringandtransferringsystem,majorgatheringandtransferringequipments,pipelinecalculationofgatheringandtransportation,acidcomponentremovalofnaturalgas,naturalgasdehydration,gas condensate recovery,naturalgastreatmentwithcomputersimulation.Crudeoilgatheringandtransportationiscomposedof6chapters:compositionandcharacteristicsofoil,crudeoilgatheringandtransferringprocess,mixturetransportationpipelineofoilandgas,crudeoilpurification,crudeoilstabilization,wastewatertreatmentofoilfield.Correspondingexperimentsandcomputer programmingarearrangedaccordingtorelevantknowledge.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmastertheknowledgeissuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning ofgatheringandtransportationofnaturalgasandcrudeoil,workoutcorrespondingexercisesproficiently,recognizeandsolvesomepracticalproblemsinlifeandpetroleumIndustry.Besides,studentsareexpectedtomakesimplesimulationswithcomputerandsettlerelevantproblemsofoilandgasfield.Gasgatheringandtransportation:basicknowledgeofnaturalgastechnology,formationandpreventionofnaturalgas hydrate,gatheringandtransferringsystemofnaturalgas,majorgatheringandtransferringequipments,pipelinecalculation,acidcomponentremovalofnaturalgas,naturalgasdehydration,gascondensaterecovery,naturalgastreatmentwithcomputersimulation.Crudeoilgatheringandtransportation:compositionandcharacteristicsofoil,crudeoilgatheringandtransferringprocess,mixturetransportationpipelineofoilandgas,crudeoilpurification,crudeoilstabilization,wastewatertreatmentofoilfield.Assessment:8assignments(writtenassignmentsandexperimentreports),classperformanceandassignmentachievements(18%),experimentresultsandreports(10%)and100-minutefinalexam(72%).Prescribedtexts:1.NaturalGasGatheringandTransferringEngineering,MAGuoguang,PetroleumIndustryPress.2.CrudeOilGatheringandTransferringEngineering,JIANGHong,LIUWu,PetroleumIndustryPress.CourseTitle:PhysicalChemistry(IV)Credit：3.0Duration:1stTerm2014-2015Overview:Thiscourseconsistsof4chapters:multiphase equilibrium,electrochemistry,surfacechemistryanddispersesystemandchemicalkinetics.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterfollowingcontents,workoutrelevantexercises,andapplytheobtainedknowledgetorecognizeandsolvesomepracticalproblems.1.Multiphase equilibrium2.Electrochemistry3.Surfacechemistryanddispersesystem4.ChemicalkineticsAssessment:4-5assignments(writtenassignmentsandexperimentreports).Classperformanceandassignmentachievements(22%),experimentresultsandreports(10%),100-minutefinalexam(68%).Prescribedtexts:CourseofUniversityChemistry,CollegeChemistryTeachingandResearchSectionofSouthwestPetroleum,PetroleumIndustryPress.issuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning CourseTitle:CollegeChemistry(II)Credit：3.5Duration:2ndTerm2013-2014Overview:Thissubjectiscomposedof10chapters,includingstateofsubstance,fundamentalsofchemicalthermodynamics,electrolytesolutionanddissociationequilibrium,atomicstructure,molecularstructureandcrystalstructure,simplesubstanceandinorganiccompound,coordinationcompound,organiccompound,chemistryandenvironmentalprotection,etc.Correspondingexperimentsarearrangedtohelpstudentsunderstandtheexperimentalstepsandprinciples.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthefollowingcontents,workoutcorrespondingexercises,andapplytheobtainedknowledgetorecognizeandsolvesomepracticalproblems.1.Stateofsubstance2.Fundamentalsofchemicalthermodynamics3.Electrolytesolutionanddissociationequilibrium4.Atomicstructure5.Molecularstructureandcrystalstructure6.Simplesubstanceandinorganiccompound7.Coordinationcompound8.Organiccompound9.ChemistryandenvironmentalprotectionAssessment:4-5assignments(writtenassignmentsandexperimentreports),classperformanceandassignmentachievements(13%),experimentresultsandreports(15%)and100-minutefinalexam(72%).Prescribedtexts:CourseofCollegeChemistry,SouthwestPetroleumUniversityChemistryTeachingandResearchSection(Ed),PetroleumIndustryPress.CourseTitle:AdvancedMathematics(I-2)Credit：6.0Duration:2ndTerm2013-2014Overview:Thiscourseiscomposedof5chapters:1.Spaceanalyticgeometryandvectoralgebra2.Differentiationandapplicationofmultivariatefunction3.Multipleintegral4.Curvilinearintegralandsurfaceintegral5. InfiniteSeriesissuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthefollowingcontents,workoutcorrespondingexercises,andapplytheobtainedknowledgetorecognizeandsolvesomepracticalproblemsinlifeandindustry.1.Spaceanalyticgeometryandvectoralgebra2.Differentiationandapplicationofmultivariatefunction3.Multipleintegral4.Curvilinearintegralandsurfaceintegral5. InfiniteSeriesAssessment:10writtenassignments,classperformanceandassignmentachievements(15%),45-minutemid-termexam(15%)and100-minutefinalexam(70%).Prescribedtexts:AdvancedMathematics,2ndvolume(6thEdition),MathematicsDepartmentofTongjiUniversity,HigherEducationPress.CourseTitle:PetroleumRegulationandInternationalPetroleumCooperationCredit：2.0Duration:1stTerm2014-2015Overview:Thiscoursepayscloselyattentiontolegalissuesofinternationalpetroleumcooperation.Basedonfundamentalsoflaw,thissubjectanalysesthestatusandfunctionofthepetroleumlawsininternationalpetroleumcooperation.Itreviewsthedevelopmentoftheinternationalpetroleumcooperation,discussesthelegalbasisofinternationalpetroleumcooperation,introducestheinternationalpetroleumlegislationandinternationalpetroleumcooperationlegalmodel,introducesthelegalcoordinationbetweeninternationalpetroleumcooperationandfishingandsailing,andtheenvironmentalprotectioninstitutionofinternationalpetroleumcooperation.ItclarifiesChina'sposition,principle,methodsandmainpetroleumregulationsandcontractsininternationalcooperation,givingsomeconstructiveadviceonlegalenvironment,petroleumsecurityandlegalsettlementofcooperation and disputeofChinainternationalpetroleumcooperation.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthefollowingcontents,workoutcorrespondingexercises,andapplytheobtainedknowledgetorecognizeandsolvesomepracticalproblemsinlifeandindustry.1.Overviewofinternationalpetroleumcooperation2.Legalbasisofinternationalpetroleumcooperation3.Overviewofinternationalpetroleumlegislationissuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning 1.Legalmodelofinternationalpetroleumcooperation2.Legalcoordinationbetweeninternationalpetroleumcooperationandfishingandsailing3.Environmental protection institutionofinternationalpetroleumcooperation4.LegalenvironmentofinternationalpetroleumcooperationinChina5.ContractofinternationalpetroleumcooperationinChinaAssessment:4-5writtenassignments,classperformanceandassignmentachievements(40%)and100-minutefinalexam(60%).Prescribedtexts:PetroleumRegulationandInternationalPetroleumCooperation,HESha,QINYang,PetroleumIndustryPress.CourseTitle:UniversityPhysics(I-1)Credit：3.5Duration:2ndTerm2013-2014Overview:Thiscourseincludesparticlekinematics,Newton'slawofmotion,workandenergy,impulseandmomentum,foundationofrigid-bodymechanicsandmomentofmomentum,staticelectricfield,constantcurrentmagneticfield,electromagneticinductionandelectromagneticfield.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthefollowingcontents,workoutcorrespondingexercises,andapplytheobtainedknowledgetorecognizeandsolvesomepracticalproblemsinlifeandindustry.1.Particlekinematics2.Newton'slawofmotion3.Workandenergy4.Impulseandmomentum5.Foundationofrigid-bodymechanicsandmomentofmomentum6.Staticelectricfield7.Constantcurrentmagneticfield8.ElectromagneticinductionandelectromagneticfieldAssessment:10assignments(writtenassignmentsandexperimentreports),classperformance,assignmentachievementsandclassroomexperimentresults(30%)and100-minutefinalexam(70%).Prescribedtexts:UniversityPhysics(1stvolume)(3rdRevision),WUBaishi,Xi’anJiaotongUniversityPress.issuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning CourseTitle:ElectricalandElectronicTechnology(III)Credit：3.0Duration:1stTerm2014-2015Overview:Thissubjectfocusesoncircuit,three-phaseasynchronousmotor,relaycontactcontrollerandprogrammablelogiccontroller,analogelectroniccircuitanddigitalcircuit.Thetwochaptersthatintroducethebasicknowledgeare‘powersupplyofindustrialenterprise’and‘computernetworkandmoderncommunicationtechnology’.Thiscourseconsistsoftwopartswith15chapters.Thefirstpartconsistsof8chapters:circuitanditsanalysismethods,sinusoidalcrosscircuit,magneticcircuitandtransformer,electricmotor,controlsystemofrelaycontactregion,programmablelogiccontroller,powersupplyofindustrialenterpriseandelectricsafety,andelectro-technicalmeasurement.Thesecondpartconsistsof7chapters:diodeandtransistor,basic amplificationcircuit,operationalamplifier,DCstabilizedpowersupply,gatecircuitandcombinationallogiccircuit,triggerandsequentiallogiccircuit,conversionofanaloganddigitalquantity.Correspondingexperimentsarearrangedtohelpstudentsbeacquaintedwithexperimentalproceduresandprinciples.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthefollowingcontents,workoutcorrespondingexercises,andapplytheobtainedknowledgetorecognizeandsolvesomepracticalproblemsinlifeandindustry.1.Circuitanditsanalysismethods2.Sinusoidalcrosscircuit3.Magneticcircuitandtransformer4.Electricmotor5.Controlsystemofrelaycontactregion6.Programmablelogiccontroller7.Powersupplyofindustrialenterpriseandelectricsafety8.Electro-technicalmeasurement9.Diodeandtransistor10.Basic amplificationcircuit11.Operational amplifier 12.DCstabilizedpowersupply13.Gatecircuitandcombinationallogiccircuit14.Triggerandsequentiallogiccircuit15.ConversionofanaloganddigitalquantityAssessment:6assignments(writtenassignmentsandexperimentreports),classperformance,assignmentachievementsandclassroomexperimentresults(30%)and100-minutefinalexam(70%).Prescribedtexts:1.CourseofElectro-technicianIntroductory(2ndEdition),QINGZenghuang,HigherEducationPress.2.ElectricianandElectronicTechnologyExperiment,XIJianzhong,CHENSongbo,HEYong,HigherEducationPress.issuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning CourseTitle:UniversityPhysics(I-2)Credit：4.0Duration:1stTerm2014-2015Overview:Thiscourseiscomposedofthefollowingchapters:1.Thermodynamics2.Kinetictheoryofgases3.Fundamentalsofmechanicalvibration4.Mechanicalwave5.Fundamentalsofwave optics6.Fundamentalsofspecialrelativisticmechanics7. Foundations of quantumphysics8.Introductiontonuclearphysicsandparticlephysics9.Introductiontosolid-statephysicsCorrespondingexperimentsarearrangedtohelpstudentsbeacquaintedwithexperimentalproceduresandprinciples.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthefollowingcontents,workoutcorrespondingexercises,andapplytheobtainedknowledgetorecognizeandsolvesomepracticalproblemsinlifeandindustry.1.Thermodynamics2.Kinetictheoryofgases3.Fundamentalsofmechanicalvibration4.Mechanicalwave5.Fundamentalsofwave optics6.Fundamentalsofspecialrelativisticmechanics7. Foundations of quantumphysics8.Introductiontonuclearphysicsandparticlephysics9.Introductiontosolid-statephysicsAssessment:10assignments(writtenassignmentsandexperimentreports),classperformance,assignmentachievementsandclassroomexperimentresults(30%)and100-minutefinalexam(70%).Prescribedtexts:UniversityPhysics(2ndvolume)(3rdRevision),WUBaishi,Xi’anJiaotongUniversityPress.CourseTitle:InstrumentationandMeasurementCredit：3.0Duration:2ndTerm2014-2015Overview:Thiscoursefocusesonautomationsystemstructureofinstruments, emphasizesthequalitativeanalysisissuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning ofclassicalcontroltheoryandengineeringsignificance,andhighlightsthebasictechnologyofinstrumentautomationsystem.Integratingwithcharacteristicsofthedifferentproductionprocess,itsystematically introducesstructureandprinciplesofvarioustestinstruments,controlinstrumentsandperforminstruments,performancecharacteristics,methodselection,compositiontypeofautomaticcontrolsystem,controlcharacteristics,designmethodsandtechnologyofoperationandmanagementintheprocessofproductionautomation.Italsobrieflyintroducesnovelinstruments,advancedcontrolsystemandcomputercontrolsystemintheprocessofproductionautomationinrecentyears.Atlast,itanalysesthecontrolschemeofseveraltypicalequipmentscombiningwiththeproductionprocess.Thissubjectconsistsof10chapters:basicconceptsofautomaticcontrolsystem,mathematicalmodelofcontrolledobjects,measuringinstruments,displayinstruments,automationcontrolinstruments,actuator,simple control system,complexcontrolsystem,controlschemeoftypicalequipment,andcomputercontrolsystem.Correspondingexperimentsarearrangedtohelpstudentsbeacquaintedwithexperimentalproceduresandprinciples.Objectives:Thiscourseisacomprehensiveprofessional curriculumforengineeringmajorswithstrongpracticality,includingpetroleum, chemicalengineering, metallurgical,power,lightindustries,etc.Uponcompletionofthiscourse,studentsareexpectedtomasterbasicstructuresandprinciplesofvariousmeasuringinstruments,displayinstruments,controlinstrumentsandperformers.Learningabouttheproperties,instalmentandapplicationcharacteristicsofinstrumentshelpsstudentstocorrectlychooseandapplycommonusedautomationinstrumentintheactualproductionprocess.Studentsareexpectedtobeequippedwiththeabilityofanalysingandhandlingsimpleinstrumentfailure.Meanwhile,studentsareexpectedtobeacquaintedwiththestructure,controlcharacteristic,designmethodsandtechnologyofoperationandmanagementoftheautomaticcontrolsystemtomakeautomationtechnologyofinstrumentplayabetterroleinmodernindustrialproductionprocess.Assessment:6assignments(writtenassignmentsandexperimentreports),classperformance,assignmentachievementsandclassroomexperimentresults(30%)and100-minutefinalexam(70%).Prescribedtexts:InstrumentationAutomationTechnology,HEDaoqing,CHENHaiyun,SHIMingjiang,CHENXiaoyan,PANGTao,HigherEducationPress.CourseTitle:ScienceofPetroleum’sStorageandTransportationCredit：2.0Duration:1stTerm2015-2016Overview:Thiscoursefocusesontheknowledgeofpetroleumproducts.Itmainlyelaboratestheproperties,compositionandqualitystandardofcommonfuel,lubricatingoilandgrease,andthemajorfactors that influence its quality.Thissubjectconsistsof10chapters:chemicalcompositionandphysical-chemicalpropertiesof petroleumand petroleumproducts,classificationofpetroleumandpropertiesdomesticpetroleumproducts,refiningmethodsofpetroleum,usagerequirementsandissuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning specificationsoffuel,usagerequirementsandqualitystandardsoflubricatingoilandoilmanagement.Correspondingexperimentsarearrangedtohelpstudentsunderstandtheexperimentalstepsandprinciples.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthefollowingcontents,workoutcorrespondingexercises,andapplytheobtainedknowledgetorecognizeandsolvesomepracticalproblemsinlifeandindustry.1.Graspthecharacteristicsofpetroleum andproperties,composition,quality indexes ofvariouspetroleumproductsandmajorfactors influencing its quality2.Howtokeeptheproductqualityanddealwithdeteriorationofpetroleumproductsduringstorageandtransportation3.Refiningmethodsofpetroleum 4.Usagerequirementsandspecificationsoffuel5.RelevantknowledgeoflubricatingoilAssessment:6assignments(writtenassignmentsandexperimentreports),classperformance,assignmentachievementsandclassroomexperimentresults(30%)and100-minutefinalexam(70%).Prescribedtexts:ScienceofPetroleum’sStorageandTransportation,WANGConggang,ZHANGYanmei,ChinaUniversityofPetroleumPress.CourseTitle:BasicChemicalSeparationCredit：2.0Duration:1stTerm2015-2016Overview:Thiscourseisanengineeringdisciplineofseparationandpurificationofmixturewithapplicabilityandpracticalityinvolvingvarioussubjectsandnumerousknowledge.Thiscourseemphasizescombiningtheorywithpractice,andcombinationofengineeringandtechnology.Itconsistsof7parts:multi-componentseparation,rectification,gasabsorptionanddesorption,strictcalculationofmulti-componentmultistageseparation,separationprocessandefficiencyandenergyconservationofequipment.Correspondingexperimentsarearrangedtohelpstudentsunderstandtheexperimentalstepsandprinciples.issuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthefollowingcontents,workoutcorrespondingexercises,andapplytheobtainedknowledgetorecognizeandsolvesomepracticalproblemsinlifeandindustry.1.Firmlygraspthebasicprinciplesandapplicationmethodsofseparationprocess2.Masterthesimplifiedcalculationofseparationprocess3.Masteranalysisandsynthesisofpracticalseparationprocess4.Beacquaintedwiththecalculationmethodsofvariousnumbers5.Beacquaintedwiththeprocessof separationandrelevantengineeringresearches6.Beabletochooseappropriateseparationprocessandequipmentsinlinewith industryapplicationAssessment:6assignments(writtenassignmentsandexperimentreports),classperformance,assignmentachievementsandclassroomexperimentresults(30%)and100-minutefinalexam(70%).Prescribedtexts:SeparationEngineering,YEQingguo,ChemicalIndustryPress.CourseTitle:TheEquipmentofStorageandTransportationforOilandGasCredit：2.0Duration:1stTerm2015-2016Overview:Thiscourseintroducesthebasicessentialknowledgeinthefieldofoilandgasstorageandtransportationequipment,elaboratesthestructure,operatingprinciples,performanceanalysis,andcharacteristicsregulationandreasonableselectionmethodofthecommonusedequipmentsintheprocessofoilandgasstorageandtransportation.Thiscourseconsistsof10sectors:characteristicsandselectionofvariouscompressors,relevantknowledgeofpump,gasandoilseparator,sewagedisposalfacility,heatingfurnace,andvalve,etc.Correspondingexperimentsarearrangedtohelpstudentsunderstandtheexperimentalstepsandprinciples.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthefollowingcontents,workoutcorrespondingexercises,andapplytheobtainedknowledgetorecognizeandsolvesomepracticalproblemsinlifeandindustry.1.Masterrelevantknowledgeandselectionofdynamictypecompressorsandcubagetypecompressors2.Classification,functions,operatingprinciples,performancecharacteristicandselectionofpump3.Classificationandfunctionsofgasandoilseparator4.Knowledgeof sewagedisposal5.Classificationandselectionofheatingfurnaceissuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning 1.Relevantknowledgeofvalve2.Classificationandselectionoftower devicesAssessment:5assignments(writtenassignmentsandexperimentreports),classperformance,assignmentachievementsandclassroomexperimentresults(30%)and100-minutefinalexam(70%).Prescribedtexts:TheEquipmentofStorageandTransportationforOilandGas(Self-designedTeachingMaterial),DENGHong,JIANGHongye,LIANGGuangchuan,SouthwestPetroleumUniversity(Print).CourseTitle:PhysicsExperimentsCredit：2.0Duration:1stTerm2014-2015Overview:Thiscourseconsistsof4chapters.Thefirstchapterisaboutuncertaintymeasurementandbasicknowledgeofdataprocessing,includingmeasurementanderror,uncertainty,conceptofsignificantfigures,basicdataprocessingmethodsandevaluationofuncertainty.Thesecondchaptercoversthebasicexperimentsinmechanics,heat, lightandelectricity(includingthefollowingexperiments:stretchingmethodofmeasuringYoung'selasticmodulus, bridgemethodofmeasuringresistance,Halleffectandthemeasurementofmagneticfield, interferenceoflight,adjustmentanduseofthespectrometer,determinationoftheliquidsurfacetensioncoefficient,determinationofphotosensitiveresistancecharacteristics).ThethirdchapterisaboutModernphysicsandcomprehensiveexperimentandthefourthchapterisaboutdesigningexperiment.Correspondingexperimentsarearrangedtohelpstudentsunderstandtheexperimentalstepsandprinciples.Objectives:Tasks:I.Cultivateandimprovestudents’abilityofpractice:1.Beabletoreadexperimentalteachingmaterials,andotherrelevanttechnicalmaterialsandunderstandtheexperimentalprinciplescorrectly2.Masterthebasicmeasurementmethodsofcommonphysicalquantitiesandrelevantphysicalexperimentprinciples3.Beabletouseconventionalinstrumentfortestingwiththehelpofcommonmaterialsorequipmentinstructions4.Beabletorecordandprocessexperimentaldatacompletely,analysetheresulterrorsandprocessdata,andwritequalifiedexperimentreports5.Beabletodesignsimpleexperimentsindependently6.II.Analysisofexperimentphenomenonandmeasurementofphysicalquantitieshelpdeepentheunderstandingofthephysicstheoryandthethoughtmethod,andimprovestudents'abilityofputtingthetheoreticalknowledgeintosolvingpracticalproblemsandstimulateinnovationability.7.III.Cultivateandimprovestudents'qualityonconductingscientificexperiments—linktheorywithpractice:Payattentiontodetails,beserious,seektruthformfacts,taketheinitiative,abidebytheissuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning discipline,pursuesolidarityandcooperationandprotectpublicproperties.1.Assessment:Classperformanceandclassroomphysicsexperimentachievements(20%)andfinalexambasedonaspecifiedphysicalexperimentresultandcorrectness(80%).Prescribedtexts:1.CollegePhysicsExperiment,ZHANGHuaizuo,SciencePress.2.StudentsExperimentReport(Self-designed).CourseTitle:StructuralMechanicsCredit：2.0Duration:1stTerm2015-2016Overview:Thiscourseconsistsof4chapters.Chapter1isaboutstaticallydeterminatestructure(includinginternalforceanalysisofstaticallydeterminatestructure,virtualworkprincipleandcalculationofstructuredisplacement).Chapter2isaboutproblemsofstructuralanalysis(includingdisplacementmethodsandmomentdistributionmethods).Chapter3isaboutstaticallyindeterminatestructure(includinginfluencelineanditsfunctions,matrixdisplacementmethods,selectionofcalculationdiagramandanalysisofstructuralsimplification).Chapter4isaspecialsubject(includingdynamicstructuralanalysis,structuralstabilityanalysis,andstructuralplasticityanalysis).Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthefollowingcontents,workoutcorrespondingexercises,andapplytheobtainedknowledgetorecognizeandsolvesomepracticalproblemsinlifeandindustry.1.Internalforceanalysisofdeterminatestructure2.Virtualworkprincipleandcalculationofstructuredisplacement3.Displacementmethods4.Momentdistributionmethods5.Influencelineanditsfunctions6.Matrixdisplacementmethods7.Selectionofcalculationdiagramandanalysisofstructuralsimplification8.Dynamicstructuralanalysis9.Structuralstabilityanalysis10.StructuralplasticityanalysisAssessment:6writtenassignments,classperformanceandassignmentachievements(20%)and100-minutefinalexam(80%).Prescribedtexts:StructuralMechanics(5thEdition),HONGFanwen,TheStructuralMechanicsTeachingandResearchSectionofHunanUniversity.issuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning CourseTitle:FundamentalsofMechanicalDesign(II)Credit：3.0Duration:1stTerm2015-2016Overview：Thiscourseconsistsof18chapters:velocityanalysisofplanarmechanism’sfreedomdegrees,chanceofplanarlinkage,cammechanism,gearmechanism,geartrain,intermittentmotionmechanism,adjustmentofthemachinerunningspeedfluctuation,balanceofrotarycomponent,introductiontomechanicalcomponentsdesign,connection,geartransmission,wormtransmission,chain and belttransmission,bearing,slidingbearing,antifrictionbearing,coupling,clutchandbrakeandspring.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthefollowingcontents,workoutcorrespondingexercises,andapplytheobtainedknowledgetorecognizeandsolvesomepracticalproblemsinlifeandindustry.1.Velocityanalysisofplanarmechanism’sfreedomdegrees2.Chanceofplanarlinkage3.Cammechanism4.Gearmechanism5.Geartrain6. Intermittentmotionmechanism7.Adjustmentofthemachinerunningspeedfluctuation8.Balanceofrotarycomponent9.Introductiontomechanicalcomponentsdesign10.Connection11.Geartransmission12.Wormtransmission13.Bearing14.Slidingbearing15.Antifrictionbearing16.Coupling17.Clutchandbrake18.SpringAssessment:10assignments(writtenassignmentsandexperimentreports),classperformance,assignmentachievementsandclassroomexperimentresults(30%)and100-minutefinalexam(70%).Prescribedtexts:FundamentalsofMechanicalDesign(The6thEdition),YANGKezhen,CHENGGuangyun,LIZhongsheng,QIANRuiming,HigherEducationPress.issuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning CourseTitle:LinearAlgebra(II)Credit：3.0Duration:1stTerm2015-2016Overview：Thiscourseconsistsof5chapters:Matrixanddeterminant,vector,systemoflinearequations,squarematrixdiagonalizationandsecondarycharacteristics,MATLABsoftwareanditsapplication.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthefollowingcontents,workoutcorrespondingexercises,andapplytheobtainedknowledgetorecognizeandsolvesomepracticalproblemsinlifeandindustry.1.Matrixanddeterminant2.Vector3.Systemoflinearequations4.SquarematrixdiagonalizationandSecondarycharacteristics5.MATLAB softwareanditsapplicationAssessment:10writtenassignments,classperformanceandassignmentachievements(30%)and100-minutefinalexam(70%).Prescribedtexts:LinearAlgebra(2ndEdition),TUXingdao,HigherEducationPress.CourseTitle:LiquefiedNaturalGasTechnologyCredit：2.0Duration:2ndTerm2015-2016Overview：Thiscourseconsistsof11chapters:introduction,naturalgaspurificationtechnology,refrigerationprincipleandmethod,naturalgas liquefaction technology,majorequipmentofLNGproduction,LNGstoragetechnology,LNGtransportation,LNGreceivingterminal,LNGvaporizingstationandgasstation,LNGcoldenergyutilization,LNGsafetytechnology.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthefollowingcontents,workoutcorrespondingexercises,andapplytheobtainedknowledgetosolvesomepracticalproblems.1.Introduction2.Naturalgaspurificationtechnology3.Refrigerationprincipleandmethod4.Naturalgas liquefaction technology5.MajorequipmentofLNGproduction6.LNGstoragetechnology7.LNGtransportationissuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning 1.LNGreceivingterminal2.LNGvaporizingstationandgasstation3.LNGcoldenergyutilization4.LNGsafetytechnologyAssessment:4-5writtenassignments,100-minutefinalexam(100%).Prescribedtexts:LiquefiedNaturalGas(LNG)Technology,MAGuoguang,WUXiaonan,WANGYuanchun,PetroleumIndustryPress.CourseTitle:Advancedmathematics(I-1)Credit：4.5Duration:2ndTerm2015-2016Overview：Thiscourseconsistsof7chapters:functionsandlimits,derivativeanddifferentiation,applicationofdifferentialmeanvaluetheoremandderivative,indefiniteintegral,definiteintegral,applicationofdefiniteintegralanddifferentialequation.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthefollowingcontents,workoutcorrespondingexercises,andapplytheobtainedknowledgetosolvesomepracticalproblems.1.Functionsandlimits2.Derivativeanddifferentiation3.Applicationof differentialmeanvaluetheoremandderivative4. Indefiniteintegral5.Definiteintegral6.Applicationofdefiniteintegral7.DifferentialequationAssessment:10writtenassignments,classperformanceandassignmentachievements(30%)and100-minutefinalexam(70%).Prescribedtexts:AdvancedMathematics(The6thEdition,1stVolume),DepartmentofMathematicsofTongjiUniversity,HigherEducationPress.CourseTitle:Credit：3.0Duration:2ndTerm2015-2016issuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning ProbabilityandStatistics(II)Overview：Thiscourseiscomposedof5chapters:randomeventsandprobability,randomvariablesanditsanalysis,mathematicalcharacteristicsofrandomvariables,parameterestimationandhypothesistesting,regressionanalysisandvarianceanalysis.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterthefollowingcontents,workoutcorrespondingexercises,andapplytheobtainedknowledgetosolvesomepracticalproblems.1.Randomeventsandprobability2.Randomvariablesanditsanalysis3.Mathematicalcharacteristicsofrandomvariables4.Parameterestimationandhypothesistesting5.RegressionanalysisandvarianceanalysisAssessment:10writtenassignments,classperformanceandassignmentachievements(30%)and100-minutefinalexam(70%).Prescribedtexts:ProbabilityTheory&MathematicalStatistics(2ndEdition),LIXiaoming,XIEXiangjun,LIUJIanxing,HigherEducationPress.CourseTitle:MetalCorrosionandProtectionCredit：2.5Duration:2ndTerm2015-2016Overview：Thiscourseintroducesthecorrosionmechanismandcorrosionenvironmentofthepipeofoilandgasstorageandtransportationfacilities,discussesthefacilitiesprotectiontechnologyinavarietyofcorrosiveenvironmentstomakereadersbeabletolearnaboutthecorrosionandprotectionofthewholefacilitiesandprovideideasforacertainsubjectstudy.Thiscourseismadeupof10chapters,includingcorrosionmechanism,corrosionenvironment,corrosioncontrol,corrosionandprotectionoflongdistancepipeline,corrosionandprotectionofmetallicoiltank,corrosionandprotectionofgathering-transferringsystem,corrosionandprotectionoftheoffshoreoil-gasfield,corrosionandprotectionofthe city gasdistributionpipelinenetworkandcorrosionexperimentandevaluation.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeabletobeacquaintedwithandmastertthefollowingcontents,workoutcorrespondingexercisesskilfully,andsolvesomepracticalproblems.1.Introduction2.Basicprinciplesofelectrochemicalcorrosion3.Corrosionenvironmentandmorphologyissuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning 1.Controlmethodsofcorrosion2.Corrosionandprotectionofthelongdistancepipeline3.Corrosionandprotectionofthemetallicoiltank4.Corrosionandprotectionoftheoilandgastechnologysystem5.Corrosionandprotectionoftheoffshoreoil-gasfield6.Corrosionandprotectionofurbangastransmissionanddistributionsystem7.TestmethodsandevaluationofnewtechnologyofmetalcorrosionAssessment:8assignments(writtenassignmentsandexperimentreports),classperformance,assignmentachievementsandclassroomexperimentresults(30%)and100-minutefinalexam(70%).Prescribedtexts:CorrosionandProtectionofOil&GasStorageandTransportationFacilities,CUIZhijianSHIXiuminLIYoulv,PetroleumIndustryPress.CourseTitle:TheFundamentofEngineeringDrawing(I)Credit：4.0Duration:2ndTerm2015-2016Overview：Thissubjectfocusesoncultivatingstudents’abilityoffreehanddrawing,gaugedrawingandcomputergraphics,integratingthebasiccomponentsofthemechanicaldrawingandthelatestnationalstandards.Thissubjectiscomposedof12chapters:engineeringgraphicsfundamentals(includingthebasicknowledgeofdrawing,basictheoryoforthogonalprojection,stereo projection,assembly,methodsofconfiguration,Three-dimensionalmodeling, axonometricdrawing,commonexpressionsoftheenginebody,etc),fundamentalsofprofessionalgraphics(includingstandardcomponent,partsdrawing,assemblydrawing, chemicalequipmentgraphics),fundamentalsgraphicswithcomputer,etc.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeacquaintedwithandmasterfollowingcontents,workoutrelatedexercisesskilfully,recognizeandsolvesomepracticalproblems.1.Basicknowledgeandskillsofdrawing2.Point,sub-lineandplaneprojection3.Basicstereoanditssurface intersecting line4.Assembly5.Axonometricdrawing6.Expressionsoftheenginebody7.Partsdrawing8.Connection,gearandspringofparts9.Assemblydrawing10.Chemicalprofessionalpattern11.Expansiongraph12.Fundamentalsgraphicswithcomputerissuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning Assessment:10assignments(writtenassignmentsandexperimentreports),classperformance,assignmentachievementsandclassroomexperimentresults(30%)and100-minutefinalexam(70%).Prescribedtexts:ModernEngineeringDrawing（ 2ndEdition），LILi,HigherEducationPress.CourseTitle:Structure&StrengthDesignofOilTanksandPipesCredit：3.0Duration:2ndTerm2015-2016Overview:“Thestrengthofpipelineandstoragetank”isanimportantcontentofdesignforoilandgastankstorageandtransportationsystem,directlyrelatedtothestructureandstressanalysisofoilandgaspipelineandstoragetank.Thissubjectintroducesbasictheory,standardspecification,methodsofanalysisandcalculationindetailandcomprehensively,contentsofwhichincludeanalysisandcalculationofundergroundpipeline,above-groundpipeline,submarinepipelineanddesignandinstallationofstoragetank.Italsointroducesthestabilityoftheoilandgaspipelines,seismicanalysisandevaluationoftheresidualstrengthofpipelineinservice.Objectives:Uponcompletionofthiscourse,studentsareexpectedtobeabletomasterthefollowingcontents,workouttherelatedexercises,recognizeandsolvesomepracticalproblemsinlifeandindustry.1.Undergroundpipeline2.Above-groundpipeline3.Submarinepipeline4.Bucklinganalysisofpipeline5.Pipelineseismicdesignandcalculation6.Evaluationofresidualstrengthofpipelinecontainingdefects7.Strengthdesignofverticalstoragetankwall8.Designoftheverticaltankroof9.Calculationoffloatingroofdesign10.Designandcalculationofbottomofpipeandfoundation11.Windresistantdesignforoiltank12.SeismicdesignfortheverticalsteeloiltankAssessment:8assignments(writtenassignmentsandexperimentreports),classperformance,assignmentsevaluationandexperimentachievements(30%)and100-minutefinalexam(70%).PrescribedTexts:StrengthDesignofStorageTanksandPipes,SHUAIJian,YUGuijie,PetroleumIndustryPress.issuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning issuedonbehalfonthebasisofquality,speedupthecompilationprogress,isnowcalledPinglianginformationcompletedraftwritingtasksandlowerlocalextensionofthedatacollection.Jingning