TERMINAL OBJECTIVE - h1012v2_19
ENABLING OBJECTIVES (Cont.) - h1012v2_20
TERMINAL OBJECTIVE - h1012v2_21
HEAT TRANSFER TERMINOLOGY
Heat and Work
Heat Flux
Convective Heat Transfer Coefficient
Heat Transfer Terminology Summary
CONDUCTION HEAT TRANSFER
Conduction-Rectangular Coordinates - h1012v2_29
Conduction-Rectangular Coordinates - h1012v2_30
Equivalent Resistance Method
Electrical Analogy
Conduction-Cylindrical Coordinates - h1012v2_33
Conduction-Cylindrical Coordinates - h1012v2_34
Conduction-Cylindrical Coordinates - h1012v2_35
Conduction-Cylindrical Coordinates - h1012v2_36
Figure 4 Composite Cylindrical Layers
Figure 5 Pipe Insulation Problem
Conduction Heat Transfer Summary
CONVECTION HEAT TRANSFER - h1012v2_40
Convection
Overall Heat Transfer Coefficient - h1012v2_42
Overall Heat Transfer Coefficient - h1012v2_43
Overall Heat Transfer Coefficient - h1012v2_44
Convection Heat Transfer - h1012v2_45
Convection Heat Transfer - h1012v2_46
Convection Heat Transfer Summary
RADIANT HEAT TRANSFER
Emissivity
Radiation Configuration Factor
Radiant Heat Transfer Summary
HEAT EXCHANGERS
Parallel and Counter-Flow Designs
Figure 9 Fluid Flow Direction
Figure 10 Heat Exchanger Temperature Profiles
Non-Regenerative Heat Exchanger
Cooling Towers - h1012v2_57
Log Mean Temperature Difference Application To Heat Exchangers
Overall Heat Transfer Coefficient - h1012v2_59
Overall Heat Transfer Coefficient - h1012v2_60
Heat Exchangers Summary
BOILING HEAT TRANSFER
Bulk Boiling
Figure 13 Boiling Heat Transfer Curve
Boiling Heat Transfer Summary
HEAT GENERATION - h1012v2_66
Heat Generation - h1012v2_67
Flux Profiles
Thermal Limits
Maximum Local Linear Power Density
Figure 17 Radial Temperature Profile Across a Fuel Rod and Coolant Channel
Fuel Changes During Reactor Operation
Heat Generation Summary
DECAY HEAT
Calculation of Decay Heat - h1012v2_75
Calculation of Decay Heat - h1012v2_76
Decay Heat Limits
Decay Heat Removal
Decay Heat Summary
ENABLING OBJECTIVES (Cont.) - h1012v2_20
TERMINAL OBJECTIVE - h1012v2_21
HEAT TRANSFER TERMINOLOGY
Heat and Work
Heat Flux
Convective Heat Transfer Coefficient
Heat Transfer Terminology Summary
CONDUCTION HEAT TRANSFER
Conduction-Rectangular Coordinates - h1012v2_29
Conduction-Rectangular Coordinates - h1012v2_30
Equivalent Resistance Method
Electrical Analogy
Conduction-Cylindrical Coordinates - h1012v2_33
Conduction-Cylindrical Coordinates - h1012v2_34
Conduction-Cylindrical Coordinates - h1012v2_35
Conduction-Cylindrical Coordinates - h1012v2_36
Figure 4 Composite Cylindrical Layers
Figure 5 Pipe Insulation Problem
Conduction Heat Transfer Summary
CONVECTION HEAT TRANSFER - h1012v2_40
Convection
Overall Heat Transfer Coefficient - h1012v2_42
Overall Heat Transfer Coefficient - h1012v2_43
Overall Heat Transfer Coefficient - h1012v2_44
Convection Heat Transfer - h1012v2_45
Convection Heat Transfer - h1012v2_46
Convection Heat Transfer Summary
RADIANT HEAT TRANSFER
Emissivity
Radiation Configuration Factor
Radiant Heat Transfer Summary
HEAT EXCHANGERS
Parallel and Counter-Flow Designs
Figure 9 Fluid Flow Direction
Figure 10 Heat Exchanger Temperature Profiles
Non-Regenerative Heat Exchanger
Cooling Towers - h1012v2_57
Log Mean Temperature Difference Application To Heat Exchangers
Overall Heat Transfer Coefficient - h1012v2_59
Overall Heat Transfer Coefficient - h1012v2_60
Heat Exchangers Summary
BOILING HEAT TRANSFER
Bulk Boiling
Figure 13 Boiling Heat Transfer Curve
Boiling Heat Transfer Summary
HEAT GENERATION - h1012v2_66
Heat Generation - h1012v2_67
Flux Profiles
Thermal Limits
Maximum Local Linear Power Density
Figure 17 Radial Temperature Profile Across a Fuel Rod and Coolant Channel
Fuel Changes During Reactor Operation
Heat Generation Summary
DECAY HEAT
Calculation of Decay Heat - h1012v2_75
Calculation of Decay Heat - h1012v2_76
Decay Heat Limits
Decay Heat Removal
Decay Heat Summary
