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NoTitleIDTypeSubTopicTopicReference: Minor SubjectSubject
5001Conduction through a Composite Layer176HandoutConductionHeat Transfer without Phase ChangeHeat Transfer MechanismsHeat Transfer
5002Conduction through a Cylinderical Body180HandoutConductionHeat Transfer without Phase ChangeHeat Transfer MechanismsHeat Transfer
5003Critical Radius of Insulation181HandoutInsulationHeat Transfer without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5004Wall of Infinite Thickness Heated on One Side182HandoutUnsteady-stateHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5009Free Convection - Wet Steam191HandoutFree/Forced Heat-TransferFree-Forced Heat Transfer CoefficientsHeat-Transfer MechanismsHeat Transfer
5012Forced convection - Flow through Tube194HandoutFree/Forced Heat-TransferFree-Forced Heat Transfer CoefficientsHeat-Transfer MechanismsHeat Transfer
5013Forced convection - Flow through annuli195HandoutFree/Forced Heat-TransferFree-Forced Heat Transfer CoefficientsHeat-Transfer MechanismsHeat Transfer
5015Forced Convection - Flow through Tube199HandoutFree/Forced Heat-TransferHeat Transfer without Phase ChangeHeat Transfer MechanismsHeat Transfer
5016Forced Convection - Flow through annuli200HandoutFree/Forced Heat-TransferHeat Transfer without Phase ChangeHeat Transfer MechanismsHeat Transfer
5017Forced Convection - Shell and Tube Exchangers201HandoutFree/Forced Heat-TransferHeat Transfer without Phase ChangeHeat Transfer MechanismsHeat Transfer
5020Optimum Arrangment of Fluids209HandoutHeat Exchange Equipment DesignHeat Transfer without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5101Conduction through a Composite Layer362ExampleConductionConduction - Rectangular BodyHeat-Transfer MechanismsHeat Transfer
5102Conduction through a Cylinderical Body363ExampleConductionHeat Exchange Equipment DesignHeat-Transfer MechanismsHeat Transfer
5103Critical Radius of Insulation364ExampleInsulationHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5104Free Convection365ExampleFree/Forced Heat-TransferFree-Forced Heat Transfer CoefficientsHeat-Transfer MechanismsHeat Transfer
5105Flow through Tube366ExampleFree/Forced Heat-TransferHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5106Flow through annuli367ExampleConvective Transfer Through AnnulusHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5107Tube Wall temperature368ExampleHeat Exchange Equipment DesignTube Wall temperatureTube Wall temperatureHeat Transfer
5108Clean Coefficient, Uc and Fouling Resistance369ExampleFouling FactorsHeat Exchange Equipment DesignHeat-Transfer ApplicationsHeat Transfer
5109Driving Force for Heat Transfer370ExampleHeat Exchange Equipment DesignDriving Force for Heat TransferDriving Force for Heat TransferHeat Transfer
5110Optimum Outlet Temperature371ExampleHeat Exchange Equipment DesignOptimum Outlet TemperatureOptimum Outlet TemperatureHeat Transfer
5111Shell and Tube Exchangers372ExampleShell and Tube Heat ExchangersHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5112Condensation of Vapors373ExampleCondensationCondensation of VaporsHeat-Transfer With Phase ChangeHeat Transfer
5113Condensation in a Horizontal Tube374ExampleCondensationCondensation - Horizontal TubeHeat-Transfer With Phase ChangeHeat Transfer
5114Isothermal Heating of Batch Contents by Internal Coil375ExampleIsothermal HeatingHeat Exchange Equipment DesignReactor EquationsHeat Transfer
5115Non-Isothermal Batch Cooling376ExampleNon-Isothermal Batch CoolingNon-isothermal HeatingReactor EquationsHeat Transfer
5116Heating of Tank Contents by an External Heat Exchanger377ExampleExternal Heat ExchangerHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5117Agitated vessel378ExampleAgitated vesselHeat Transfer - Agitated VesselHeat Transfer - Agitated VesselHeat Transfer
5118Parallel Surfaces379ExampleRadiation Heat TransferHeat Exchange Equipment DesignYield and SelectivityHeat Transfer
5119Radiation Shield380ExampleRadiationHeat Exchange Equipment DesignHeat-Transfer MechanismsHeat Transfer
5120Wall of Infinite Thickness Heated on One Side381ExampleWall of Infinite Thickness Heated on One SideUnsteady-state Heat Transfer - Infinite ThicknessUnsteady-state Heat Transfer - Infinite ThicknessHeat Transfer
5121Wall of Finite Thickness Heated on Both Sides382ExampleWall of Finite Thickness Heated on Both SidesUnsteady-state Heat Transfer - Finite ThicknessUnsteady-state Heat Transfer - Finite ThicknessHeat Transfer
5122Finite Body Heated by a Fluid with Contact Resistance383ExampleFluid Contact ResistanceHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5401Conduction Composite Layer457ModuleConductionHeat Transfer without Phase ChangeHeat Transfer MechanismsHeat Transfer
5402Heat Loss from Uninsulated Surface458ModuleConductionHeat Transfer without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5403Composite Cylinder459ModuleConductionHeat Transfer without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5404Natural Convection460ModuleFree/Forced Heat-TransferHeat Transfer without Phase ChangeHeat Transfer MechanismsHeat Transfer
5405Extended Surfaces461ModuleHeat Transfer from FinsExtended SurfacesExtended SurfacesHeat Transfer
5406Forced Convection462ModuleHeat Exchange Equipment DesignHeat Transfer without Phase ChangeHeat Transfer MechanismsHeat Transfer
5407Flow in Annulus463ModuleFree/Forced Heat-TransferHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5408Tube Wall Temperature464ModuleFree/Forced Heat-TransferHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5409Design Coefficient465ModuleFree/Forced Heat Transfer Coefficient/CorrelationDesign Parameters for Non-Trayed UnitsDesign Parameters for Non-Trayed UnitsHeat Transfer
5410Mean Temperature Difference466ModuleLMTD Correction Factors for Heat Exchangers.Heat Transfer without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5411Outlet Temperature467ModuleFree/Forced Heat-TransferHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5412Shell and Tube Heat Exchangers468ModuleHeat Exchange Equipment DesignShell and Tube Heat ExchangersShell and Tube Heat ExchangersHeat Transfer
5413Condensation469ModuleCondensationCondensationHeat-Transfer With Phase ChangeHeat Transfer
5414Unsteady-state Processes470ModuleUnsteady-state ProcessesUnsteady-state ProcessesUnsteady-state ProcessesHeat Transfer
5415Batch Processes471ModuleThermal Design of Heat Transfer EquipmentHeat Exchange Equipment DesignReactor EquationsHeat Transfer
5416Radiation472ModuleRadiationHeat Transfer without Phase ChangeHeat Transfer MechanismsHeat Transfer
5501Conduction through Composite Layer620PresentationConductionHeat-Transfer MechanismsHeat Transfer
5502Conduction through Composite Cylinder621PresentationConductionHeat-Transfer MechanismsHeat Transfer
5503Critical Radius of Insulation622PresentationInsulationHeat Transfer without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5504Wall of Infinite Thickness Heated on Both Sides623PresentationUnsteady-state Heat TransferHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5505Wall of Finite Thickness Heated on Both Sides624PresentationUnsteady-state Heat TransferHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5506Finite and semi-Finite Shapes, Heated by fluid with Contact 625PresentationUnsteady-state Heat TransferHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5507Extended Surfaces626PresentationHeat Transfer from FinsSpecial Case of Heat TransferSpecial Case of Heat TransferHeat Transfer
5508Natural Convection627PresentationFree/Forced Heat-TransferHeat Exchange Equipment DesignHeat-Transfer MechanismsHeat Transfer
5509Steam to Air Loss628PresentationFree/Forced Heat-TransferHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5510Steam to Water Loss629PresentationFree/Forced Heat-TransferHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5511Heat Loss from Square Plate630PresentationFree/Forced Heat-TransferHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5512Flow through Circular Pipe631PresentationFree/Forced Heat-TransferHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5513Flow through Annular Space632PresentationFree/Forced Heat-TransferHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5514Overall Heat-transfer Coefficient633PresentationOverall Heat Transfer CoefficientDesign Parameters for Non-Trayed UnitsHeat Exchange Equipment DesignHeat Transfer
5515Flow through Circular Pipe634PresentationFree/Forced Heat-TransferHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5516Flow through Annular Space635PresentationFree/Forced Heat-TransferHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5517Flow through Shell-and-tube Heat Exchanger636PresentationHeat ExchangerHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5519Log Mean Temperature Difference637PresentationLog Mean Temperature DifferenceHeat Exchanger DesignHeat Exchanger DesignHeat Transfer
5520Optimum Outlet Temperature638PresentationHeat Exchanger Heat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5521Optimum Outlet Temperature639PresentationHeat Exchanger Heat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5522Optimum Outlet Temperature640PresentationHeat Exchanger Heat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5523Coil-in-tank, Non-isothermal heating medium641PresentationCoil-in-tank, Non-isothermal heating mediumSpecial Case of Heat TransferSpecial Case of Heat TransferHeat Transfer
5524External Exchanger, Non-isothermal Coolin medium642PresentationExternal Exchanger, Non-isothermal Coolin mediumSpecial Case of Heat TransferSpecial Case of Heat TransferHeat Transfer
5525Agitated Vessel643PresentationAgitated VesselSpecial Case of Heat TransferSpecial Case of Heat TransferHeat Transfer
5601Heat echanger699SampleHeat transfer equipmentHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5602Area of Heat Transfer700SampleShell and Tube Heat ExchangerHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5603Length of Tubes701SampleSize (Length and Area) RequirementsHeat Exchange Equipment DesignHeat Exchange Equipment AnalysisHeat Transfer
5604Heat Transfer702SampleFree/Forced Heat-TransferHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5605Double Effect Evaporator703SampleEvaporationEvaporatorEvaporatorHeat Transfer
5606Counter_Current Heat Exchanger704SampleHeat Transfer EquipmentHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5607Log Mean Temperature Difference705SampleHeat Transfer EquipmentHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5608Viscosity Correction706SampleHeat Transfer EquipmentHeat Exchange Equipment DesignHeat Exchange Equipment DesignHeat Transfer
5609Rectangular Wall707SampleConductionHeat Transfer without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5610Mixed Mode of Heat Transfer708SampleRadiationHeat Transfer without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5611Cost Estimation709SampleCost EstimationEconomicsEconomicsHeat Transfer
5612Cost Estimation710SampleCost EstimationEconomicsEconomicsHeat Transfer
5613Cost Estimation711SampleCost EstimationEconomicsEconomicsHeat Transfer
5614Cost Estimation712SampleCost EstimationEconomicsEconomicsHeat Transfer
5701Thermal conductivity746SpecificationMechanismsHeat Transfer without Phase ChangeHeat Transfer MechanismsHeat Transfer
5702Heat capacity747SpecificationHeat transfer without phase changeMechanismsMechanismsHeat Transfer
5703Conduction748SpecificationMechanismsHeat Transfer without Phase ChangeHeat Transfer MechanismsHeat Transfer
5706Forced heat transfer coefficients749SpecificationHeat transfer without phase changeMechanismsMechanismsHeat Transfer
5704Convection750SpecificationMechanismsHeat Transfer without Phase ChangeHeat Transfer MechanismsHeat Transfer
5705Free heat transfer coefficients775SpecificationHeat transfer without phase changeMechanismsMechanismsHeat Transfer
5707Free heat transfer correlation779SpecificationHeat transfer without phase changeMechanismsMechanismsHeat Transfer
5708Forced heat transfer correlation843SpecificationHeat transfer without phase changeMechanismsMechanismsHeat Transfer
5709Radiation844SpecificationMechanismsHeat Transfer without Phase ChangeHeat Transfer MechanismsHeat Transfer
5710Combinations thereof845SpecificationHeat transfer without phase changeMechanismsMechanismsHeat Transfer
5711Vaporization and evaporation846SpecificationEvaporationMechanismsHeat Transfer with Phase ChangeHeat Transfer
5712Condensation847SpecificationMechanismsHeat transfer with phase changeHeat-Transfer With Phase ChangeHeat Transfer
5713Sublimation848SpecificationHeat transfer with phase changeMechanismsMechanismsHeat Transfer
5714Crystallization849SpecificationHeat transfer with phase changeMechanismsMechanismsHeat Transfer
5715Latent Heat850SpecificationHeat transfer with phase changeMechanismsMechanismsHeat Transfer
5716Overall heat transfer coefficient851SpecificationApplicationsHeat Exchange Equipment DesignHeat-Transfer ApplicationsHeat Transfer
5717Fouling factors852SpecificationApplicationsHeat Exchange Equipment DesignHeat-Transfer ApplicationsHeat Transfer
5718LMTD853SpecificationApplicationsHeat Exchange Equipment DesignHeat-Transfer ApplicationsHeat Transfer
5719F-factor854SpecificationApplicationsHeat Exchange Equipment DesignHeat-Transfer ApplicationsHeat Transfer
5720Equipment Selection855SpecificationHeat exchange equipment designApplicationsApplicationsHeat Transfer
5721Insulation856SpecificationApplicationsHeat exchange equipment designHeat-Transfer ApplicationsHeat Transfer
5722Pressure drop857SpecificationApplicationsHeat Exchange Equipment AnalysisHeat Exchange Equipment AnalysisHeat Transfer
5723Fouling effects858SpecificationHeat exchange equipment analysisApplicationsHeat Exchange Equipment DesignHeat Transfer
5724Performance evaluation (NTU)859SpecificationNTU Performance EvaluationApplicationsHeat Exchange Equipment AnalysisHeat Transfer
5725Changes in parameters860SpecificationHeat exchange equipment analysisApplicationsApplicationsHeat Transfer
5431Heat Loss from Hot-Water Pipes1004ModuleFree/Forced Heat-TransferHeat Transfer Without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5432Cooling of a Plate in Vertical Orientation1005ModuleFree/Forced Heat-TransferHeat Transfer Without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5433Cooling of a Plate in Horizontal Orientation - Hot Surface FU 1006ModuleFree/Forced Heat-TransferHeat Transfer Without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5434Cooling of a Plate in Horizontal Orientation Facing Downward1007ModuleFree/Forced Heat-TransferHeat Transfer Without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5435Optimum Fin Spacing of a Heat Sink1008ModuleFree/Forced Heat-TransferHeat Transfer Without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5436Heating of Water in a Tube by Steam1009ModuleGeneral Thermal AnalysisHeat Transfer Without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5437Flow of Oil in a Pipeline through a lake1010ModuleLaminar Flow in TubesHeat Transfer Without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5438Pressure drop in a water tube1011ModulePressure DropHeat Transfer Without Phase ChangeHeat Exchange Equipment AnalysisHeat Transfer
5439Heating of Water by Resistance Heaters in a Tube1012ModuleTurbulent Flow in TubesHeat Transfer Without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5440Pipe Insulation for Thermal Burn Prevention1013ModuleInsulationHeat Transfer Without Phase ChangeTurbulent Flow in TubesHeat Transfer
5441Heat Loss from the Ducts of a Heating System1014ModuleTurbulent Flow in TubesHeat Transfer Without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5442Flow of Hot OIl over a Flat Plate 1015ModuleParallel Flow Over Flat PlateHeat Transfer Without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5443Prevention of Fire Hazard in the event of Oil Leakage1016ModuleParallel Flow Over Flat PlateHeat Transfer Without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5444Cooling of Plastic Sheets by Forced Air1017ModuleParallel Flow Over Flat PlateHeat Transfer Without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5445Drag Force Acting on a Pipe in a River1018ModuleFlow Across Cylinders and SpheresHeat Transfer Without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5446Heat Loss from a Steam Pipe in Windy Air1019ModuleFlow Across Cylinders and SpheresHeat Transfer Without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5447Cooling of a steel ball by forced air1020ModuleFlow Across Cylinders and SpheresHeat Transfer Without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5448Heat Transfer Calculation from Temperature Profile1021ModuleFree/Forced Heat-TransferHeat Transfer Without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5449Temperature Rise of Oil in Journal Bearing1022ModuleFree/Forced Heat-TransferHeat Transfer Without Phase ChangeHeat-Transfer MechanismsHeat Transfer
5563Heat Conduction in a Solar Heated Wall1023PresentationConductionHeat Conduction Equation Steady One-Dimensional Heat ConductionHeat Transfer
5450Finding Convection Coefficient from Drag Measurement1024ModuleFree/Forced Heat-TransferHeat Transfer Without Phase ChangeAnalogies between Heat Transfer and Mass TransferHeat Transfer
5564Heat Loss through a Steam Pipe1025PresentationConductionHeat Conduction EquationHeat Conduction EquationHeat Transfer
5565Heat Conduction through a Spherical Shell1026PresentationConductionHeat Conduction EquationSteady One-Dimensional Heat ConductionHeat Transfer
5566Centerline Temperature of a Resistance Heater1027PresentationHeat Generation in SolidsHeat Conduction EquationHeat Conduction EquationHeat Transfer
5567Variation of Temperature in a Resistance Heater1028PresentationHeat Generation in SolidsHeat Conduction EquationHeat Conduction EquationHeat Transfer
5568Heat Conduction in a Two-Layer Medium1029PresentationConductionHeat Conduction EquationHeat Generation in SolidsHeat Transfer
5569Heat Conduction in the Base Plate of an Iron1030PresentationConductionHeat Conduction EquationSteady One-Dimensional Heat ConductionHeat Transfer
5570Heat Generation in a Plane Wall with Heat Generation1031PresentationHeat Generation in SolidsHeat Conduction EquationHeat Conduction EquationHeat Transfer
5571Heat Conduction through a Wall with k(T)1032PresentationConductionHeat Conduction EquationHeat Generation in SolidsHeat Transfer
5572Overall Heat Transfer Coefficient of a Heat Exchanger1033PresentationOverall Heat Transfer CoefficientHeat ExchangersHeat Exchange Equipment DesignHeat Transfer
5573Effect of Fouling on the Overall Heat Transfer Coefficient1034PresentationOverall Heat Transfer CoefficientHeat ExchangersHeat Exchange Equipment DesignHeat Transfer
5574Heating Water in a Counter-Flow Heat Exchanger1035PresentationAnalysis of Heat ExchangersHeat ExchangersHeat ExchangersHeat Transfer
5575Heating of Glycerine in a Multipass Heat Exchanger1036PresentationAnalysis of Heat ExchangersHeat ExchangersHeat ExchangersHeat Transfer
5576Cooling of Water in an Automotive Radiator1037PresentationAnalysis of Heat ExchangersHeat ExchangersHeat ExchangersHeat Transfer
5577Upper Limit for Heat Transfer in a Heat Exchanger1038PresentationThe Effectiveness - NTU MethodHeat ExchangersHeat ExchangersHeat Transfer
5578The Effectiveness-NTU Method1039PresentationNTU Performance EvaluationHeat ExchangersHeat Exchange Equipment AnalysisHeat Transfer
5579Cooling Hot Oil by Water in a Multipass Heat Exchanger1040PresentationThe Effectiveness - NTU MethodHeat ExchangersHeat ExchangersHeat Transfer
5580Prevention of Fire Hazard by Cooling Ethanol to below its Flash Point1041PresentationThe Effectiveness - NTU MethodHeat ExchangersHeat ExchangersHeat Transfer