Analysis and Modelling of Non-Steady Flow in Pipe and Channel Networks

Vinko Jovic 366浏览 查看评论
Analysis and Modelling of Non-Steady Flow in Pipe and Channel Networks
  • 书名: Analysis and Modelling of Non-Steady Flow in Pipe and Channel Networks
  • 作者: Vinko Jovic
  • ISBN: 9781118532140
  • 出版时间: 2013-05-13
  • 出版社: Wiley
  • 入库时间: 1507858089
  • 更新时间: 1507858089
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目录Prefacexiii1HydraulicNetworks11.1Finiteelementtechnique11.2Unifiedhydraulicnetworks211.3Equationsystem231.4Boundaryconditions281.5Finiteelementmatrixandvector30Reference36Furtherreading362ModellingofIncompressibleFluidFlow372.1Steadyflowofanincompressiblefluid372.2Graduallyvariedflowintime592.3Unsteadyflowofanincompressiblefluid65References75FurtherReading753NaturalBoundaryConditionObjects773.1Tankobject773.2Storage903.3Surgetank913.4Vessel1213.5Airvalves1283.6Outlets135Reference138Furtherreading1384WaterHammer–ClassicTheory1414.1Descriptionofthephenomenon1414.2Waterhammercelerity1434.3Waterhammerphases1494.4Under-pressureandcolumnseparation1644.5Influenceofextremefriction1674.6Gradualvelocitychanges1714.7Influenceofoutflowareachange1764.8Realclosurelaws1804.9Waterhammerpropagationthroughbranches1814.10Complexpipelines1834.11Wavekinematics183Reference187Furtherreading1875EquationsofNon-steadyFlowinPipes1895.1Equationofstate1895.2Flowofanidealfluidinastreamtube1955.3Therealflowvelocityprofile2025.4Controlvolume2055.5Massconservation,equationofcontinuity2065.6Energyconservationlaw,thedynamicequation2095.7Flowmodels2155.8Characteristicequations2205.9Analyticalsolutions225Reference229Furtherreading2296ModellingofNon-steadyFlowofCompressibleLiquidinPipes2316.1Solutionbythemethodofcharacteristics2316.2SubroutineUnsteadyPipeMtx2516.3Comparisontests261Furtherreading2647ValvesandJoints2657.1Valves2657.2Joints2797.3Testexample288Reference290Furtherreading2908PumpingUnits2918.1Introduction2918.2Euler’sequationsofturboengines2918.3Normalcharacteristicsofthepump2958.4Dimensionlesspumpcharacteristics3018.5Pumpspecificspeed3038.6Completecharacteristicsofturboengine3058.7Driveengines3108.8Numericalmodelofpumpingunits3148.9Pumpingelementmatrices3238.10Examplesoftransientoperationstagemodelling3338.11Analysisofoperationandtypesofprotectionagainstpressureexcesses3458.12Somethingaboutprotectionofsewagepressurepipelines3538.13Pumpingunitsinapressurizedsystemwithnotank355Reference362Furtherreading3629OpenChannelFlow3639.1Introduction3639.2Steadyflowinamildlyslopingchannel3639.3Uniformflowinamildlyslopingchannel3659.4Non-uniformgraduallyvariedflow3789.5Suddenchangesincross-sections3989.6Steadyflowmodelling4019.7Wavekinematicsinchannels4079.8Equationsofnon-steadyflowinopenchannels4149.9Equationofcharacteristics4229.10Initialandboundaryconditions4249.11Non-steadyflowmodelling425References434Furtherreading43510NumericalModellinginKarst43710.1Undergroundkarstflows43710.2Conveyanceofthekarstchannelsystem44610.3Modellingofkarstchannelflows45310.4Methodofcatchmentdiscretization46310.5Rainfalltransformation46810.6Discretizationofkarstcatchmentwithdiffuseandchannelflow474References477Furtherreading47711Convective-dispersiveFlows47911.1Introduction47911.2Areminderofcontinuummechanics47911.3Hydrodynamicdispersion48311.4Equationsofconvective-dispersiveheattransfer48511.5Exactsolutionsofconvective-dispersiveequation48711.6Numericalmodellinginahydraulicnetwork490References503Furtherreading50312HydraulicVibrationsinNetworks50512.1Introduction50512.2Vibrationequationsofapipeelement50612.3Harmonicsolutionforthepipeelement50812.4Harmonicsolutionsinthenetwork50912.5Vibrationsourcemodelling51212.6HintstoimplementationinSimpipCore51212.7Illustrativeexamples515Reference518Furtherreading518Index519Prefacexiii1HydraulicNetworks11.1Finiteelementtechnique11.2Unifiedhydraulicnetworks211.3Equationsystem231.4Boundaryconditions281.5Finiteelementmatrixandvector30Reference36Furtherreading362ModellingofIncompressibleFluidFlow372.1Steadyflowofanincompressiblefluid372.2Graduallyvariedflowintime592.3Unsteadyflowofanincompressiblefluid65References75FurtherReading753NaturalBoundaryConditionObjects773.1Tankobject773.2Storage903.3Surgetank913.4Vessel1213.5Airvalves1283.6Outlets135Reference138Furtherreading1384WaterHammer–ClassicTheory1414.1Descriptionofthephenomenon1414.2Waterhammercelerity1434.3Waterhammerphases1494.4Under-pressureandcolumnseparation1644.5Influenceofextremefriction1674.6Gradualvelocitychanges1714.7Influenceofoutflowareachange1764.8Realclosurelaws1804.9Waterhammerpropagationthroughbranches1814.10Complexpipelines1834.11Wavekinematics183Reference187Furtherreading1875EquationsofNon-steadyFlowinPipes1895.1Equationofstate1895.2Flowofanidealfluidinastreamtube1955.3Therealflowvelocityprofile2025.4Controlvolume2055.5Massconservation,equationofcontinuity2065.6Energyconservationlaw,thedynamicequation2095.7Flowmodels2155.8Characteristicequations2205.9Analyticalsolutions225Reference229Furtherreading2296ModellingofNon-steadyFlowofCompressibleLiquidinPipes2316.1Solutionbythemethodofcharacteristics2316.2SubroutineUnsteadyPipeMtx2516.3Comparisontests261Furtherreading2647ValvesandJoints2657.1Valves2657.2Joints2797.3Testexample288Reference290Furtherreading2908PumpingUnits2918.1Introduction2918.2Euler’sequationsofturboengines2918.3Normalcharacteristicsofthepump2958.4Dimensionlesspumpcharacteristics3018.5Pumpspecificspeed3038.6Completecharacteristicsofturboengine3058.7Driveengines3108.8Numericalmodelofpumpingunits3148.9Pumpingelementmatrices3238.10Examplesoftransientoperationstagemodelling3338.11Analysisofoperationandtypesofprotectionagainstpressureexcesses3458.12Somethingaboutprotectionofsewagepressurepipelines3538.13Pumpingunitsinapressurizedsystemwithnotank355Reference362Furtherreading3629OpenChannelFlow3639.1Introduction3639.2Steadyflowinamildlyslopingchannel3639.3Uniformflowinamildlyslopingchannel3659.4Non-uniformgraduallyvariedflow3789.5Suddenchangesincross-sections3989.6Steadyflowmodelling4019.7Wavekinematicsinchannels4079.8Equationsofnon-steadyflowinopenchannels4149.9Equationofcharacteristics4229.10Initialandboundaryconditions4249.11Non-steadyflowmodelling425References434Furtherreading43510NumericalModellinginKarst43710.1Undergroundkarstflows43710.2Conveyanceofthekarstchannelsystem44610.3Modellingofkarstchannelflows45310.4Methodofcatchmentdiscretization46310.5Rainfalltransformation46810.6Discretizationofkarstcatchmentwithdiffuseandchannelflow474References477Furtherreading47711Convective-dispersiveFlows47911.1Introduction47911.2Areminderofcontinuummechanics47911.3Hydrodynamicdispersion48311.4Equationsofconvective-dispersiveheattransfer48511.5Exactsolutionsofconvective-dispersiveequation48711.6Numericalmodellinginahydraulicnetwork490References503Furtherreading50312HydraulicVibrationsinNetworks50512.1Introduction50512.2Vibrationequationsofapipeelement50612.3Harmonicsolutionforthepipeelement50812.4Harmonicsolutionsinthenetwork50912.5Vibrationsourcemodelling51212.6HintstoimplementationinSimpipCore51212.7Illustrativeexamples515Reference518Furtherreading518Index519

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