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Michael Calixto
Heat Transfer
Questions in Exam 7-11
A. Conduction
Conduction Through a Plane Wall
Thermal Resistance (R) 1: Cylindrical Wall Conduction Resistance (C/W)
Total Thermal Resistance 2
Thermal Resistance (R) 3: Composite Plane Wall
Thermal Resistance (R) 4: Composite Plane Wall
Thermal Resistance (R) 5: Composite Plane Wall
Thermal Resistance (R) 6: Composite Plane Wall
Thermal Resistance (R) 7: Composite Plane Wall
Convection Pin Fins (Heat Rate)
B. Convection
Convection
Wall Surface Temperature using Convection
Convection Term: Prandtl Number
Laminar Flow/Reynolds Number
Reynolds Number via Hydraulic Number
Minimum Heat Flux
Natural (Free) Convection - Vertical Flat Plate in Large Body of Stationary Fluid
C. Radiation
Radiation Intensity
Radiation: Rate of Energy 1
Radiation: Rate of Energy 2
Radiation: Rate of Energy 3 (Heat Flux)
Radiation: Rate of Energy 4 (Energy Emitted in an hour)
Radiation Statements and Types of Bodies
Shape Factor (View Factor, Configuration Factor) Relations
Radiation between Two Bodies: Body Small Compared to its Surroundings
Net Energy Exchange by Radiation between Two Black Bodies 1 (Plate)
Net Energy Exchange by Radiation between Two Black Bodies 2 (Enclosed Box)
Net Energy Exchange by Radiation between Two Black Bodies 3 (Thin-Walled Cylinder)
Net Energy Exchange by Radiation between Two Diffuse-Gray Surfaces that Form an Enclosure
D. Transient Processes
Biot Number 1: Formula
Biot Number 2
Temperature Variation of the Body with Time (Constant Fluid Temperature): Solve for Body Temperature
Temperature Variation of the Body with Time (Constant Fluid Temperature): Solve for Time
E. Heat Exchanges
Heat Exchange
Log Mean Temperature Difference (LMTD) (Counterflow)
Log Mean Temperature Difference (LMTD) (Parallel Flow)
Area for Counterflow Heat Exchanger
Area for Counterflow Heat Exchanger with Correction Factor
A. Conduction
Conduction Through a Plane Wall
19.6.pdf
Conduction Through a Plane Wall
Thermal Resistance (R)
1: Cylindrical Wall Conduction Resistance (C/W)
19.9.pdf
Cylindrical Wall Conduction Resistance
Total Thermal Resistance 2
19.5.pdf
Thermal Resistance
Thermal Resistance (R) 3: Composite Plane Wall
Ncees question 79.pdf
Conduction and Thermal Resistance (R)
Thermal Resistance (R)
4
: Composite Plane Wall
19.1.pdf
heat transfer per area
Thermal Resistance (R)
5
: Composite Plane Wall
19.3.pdf
Heat Transfer per Unit
Thermal Resistance (R)
6
: Composite Plane Wall
19.2.pdf
Conduction for the unknown temp
Thermal Resistance (R)
7
: Composite Plane Wall
19.8.pdf
Composite Plane Wall
Convection Pin Fins (Heat Rate)
19.11.pdf
Convection fins
B. Convection
Convection
Ncees question 80.pdf
Convection
Wall Surface Temperature using Convection
20.5.pdf
Surface Temperature
Convection Term: Prandtl Number
20.3.pdf
Laminar Flow/Reynolds Number
with Fluid Flow Characterization
20.4.pdf
Reynolds Number via Hydraulic Number
20.2.pdf
Reynolds Number with DH
Minimum Heat Flux
20.9.pdf
Minimum Heat Flux
Natural (Free) Convection - Vertical Flat Plate in Large Body of Stationary Fluid
20.8.pdf
Natural Free Convection (Vertical Flat Plate
C. Radiation
Radiation Intensity
21.4.pdf
Radiation: Rate of Energy 1
21.9.pdf
Rate of Energy
Radiation: Rate of Energy
2
21.8.pdf
Rate of Energy 2
Radiation: Rate of Energy
3 (Heat Flux)
21.7.pdf
Radiation Heat Flux
Radiation: Rate of Energy
4 (Energy Emitted in an hour)
21.10.pdf
Energy Emitted in a Hour
Radiation Statements and Types of Bodies
21.1.pdf
Shape Factor (View Factor, Configuration Factor) Relations
Ncees question 81.pdf
Radiation between Two Bodies: Body Small Compared to its Surroundings
21.3.pdf
Body Small Compared to its Surroundings
Net Energy Exchange by Radiation between Two Black Bodies 1 (Plate)
21.6.pdf
Net Energy Exchange 2
Net Energy Exchange by Radiation between Two Black Bodies 2 (Enclosed Box)
Ncees question 82.pdf
Net Energy Exchange by Radiation
Net Energy Exchange by Radiation between Two Black Bodies
3 (Thin-Walled Cylinder)
21.2.pdf
Net Radiation Exchange
Net Energy Exchange by Radiation between Two Diffuse-Gray Surfaces that Form an Enclosure
21.5.pdf
Net Energy Exchange by Radiation between Two Diffuse-Gray Surface
D. Transient Processes
Biot Number 1: Formula
19.4.pdf
Biot Number 2
Ncees question 83.pdf
Biot Number
Temperature Variation of the Body with Time (Constant Fluid Temperature): Solve for Body Temperature
19.7.pdf
Body Temp after time
Temperature Variation of the Body with Time (Constant Fluid Temperature): S
olve for Time
19.10.pdf
Cooling Time
E. Heat Exchanges
Heat Exchange
Ncees question 84.pdf
Heat Exchanger
Log Mean Temperature Difference (LMTD) (Counterflow)
Ncees question 85.pdf
LMTD counterflow
Log Mean Temperature Difference (LMTD) (
Parallel Flow
)
20.7.pdf
LMTD Parallel Flow
Area for Counterflow Heat ExchangerÂ
20.6.pdf
Heat Transfer Area F =1
Area for Counterflow Heat Exchanger with Correction Factor
20.1.pdf
Area for Heat Exchange
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