Heat Transfer Calculations
by: Myer Kutz
Abstract: Packed with laws, formulas, calculations solutions, enhancement techniques and rules of thumb, this practical manual offers fast, accurate solutions to the heat transfer problems mechanical engineers face everyday.
Full details
Table of Contents
- A. Preface
- 1. Multiphase Films and Phase Change
- 2. Industrial Heat-Transfer Calculations
- 3. Heat-Transfer and Temperature Results for a Moving Sheet Situated in a Moving Fluid
- 4. Solution for the Heat-Transfer Design of a Cooled Gas Turbine Airfoil
- 5. Steady-State Heat-Transfer Problem: Cooling Fin
- 6. Cooling of a Fuel Cell
- 7. Turbogenerator Rotor Cooling Calculation
- 8. Heat Transfer through a Double-Glazed Window
- 9. Use of Green’s Function to Solve for Temperatures in a Bimaterial Slab Exposed to a Periodic Heat Flux Applied to Corrosion Detection
- 10. Lumped-Capacitance Model of a Tube Heated by a Periodic Source with Application to a PDE Tube
- 11. Calculation of Decoking Intervals for Direct-Fired Gas and Liquid Cracking Heaters
- 12. Transient Heat-Transfer Problem: Tape Pack Cooling
- 13. Calculation of the Transient Response of a Roof to Diurnal Heat Load Variations
- 14. Transient Heating of a Painted Vehicle Body Panel in an Automobile Assembly Plant Paint Shop Oven
- 15. Thermal System Transient Response
- 16. Thermal Response of Laminates to Cyclic Heat Input from the Edge
- 17. A Simple Calculation Procedure for Transient Heat and Mass Transfer with Phase Change: Moist Air Example
- 18. A Calculation Procedure for First- and Second-Law Efficiency Optimization of Refrigeration Cycles
- 19. Transient Analysis of Low Temperature, Low Energy Carrier (LoTEC ©)
- 20. Parameter Estimation of Low Temperature, Low Energy Carrier (LoTEC ©)
- 21. Calculation of Convective Heat-Transfer Coefficient Using Semi-infinite Solid Assumption
- 22. Determination of Heat-Transfer Film Coefficients by the Wilson Analysis
- 23. Calculation of Local Inside-Wall Convective Heat-Transfer Parameters from Measurements of Local Outside-Wall Temperatures along an Electrically Heated Circular Tube
- 24. Two-Phase Pressure Drop in Pipes
- 25. Heat-Transfer Calculations for Predicting Solids Deposition in Pipeline Transportation of “Waxy” Crude Oils
- 26. Heat Transfer in a Circular Duct
- 27. Air Cooling of a High-Voltage Power Supply Using a Compact Heat Exchanger
- 28. Energy Recovery from an Industrial Clothes Dryer Using a Condensing Heat Exchanger
- 29. Sizing of a Crossflow Compact Heat Exchanger
- 30. Single-Phase Natural Circulation Loops
- 31. Evaluation of Condensation Heat Transfer in a Vertical Tube Heat Exchanger
- 32. Heat-Exchanger Design Using an Evolutionary Algorithm
- 33. Fluidized-Bed Heat Transfer
- 34. Estimation of Parameters in Models
- 35. Upper Bounds of Heat Transfer from Boxes
- 36. Estimating Freezing Time of Foods
- 37. Precision Temperature Control Using a Thermoelectric Module
- 38. Thermal Analysis of a Large Telescope Mirror
- 39. Thermal Design and Operation of a Portable PCM Cooler
- 40. A First-Order Thermal Analysis of Balloon-Borne Air-Cooled Electronics
- 41. Thermal Analysis of Convectively Cooled Heat-Dissipating Components on Printed-Circuit Boards
- 42. Design of a Fusion Bonding Process for Fabricating Thermoplastic-Matrix Composites
- 43. Economic Optimization of Heat-Transfer Systems
- 44. Turkey Oven Design Problem
- A. ABOUT THE EDITOR
Tools & Media
Expanded Table of Contents
- A. Preface
- 1. Multiphase Films and Phase Change
- 2. Industrial Heat-Transfer Calculations
- 3. Heat-Transfer and Temperature Results for a Moving Sheet Situated in a Moving Fluid
- 4. Solution for the Heat-Transfer Design of a Cooled Gas Turbine Airfoil
- 5. Steady-State Heat-Transfer Problem: Cooling Fin
- 6. Cooling of a Fuel Cell
- 7. Turbogenerator Rotor Cooling Calculation
- 8. Heat Transfer through a Double-Glazed Window
- 9. Use of Green’s Function to Solve for Temperatures in a Bimaterial Slab Exposed to a Periodic Heat Flux Applied to Corrosion Detection
- 10. Lumped-Capacitance Model of a Tube Heated by a Periodic Source with Application to a PDE Tube
- 11. Calculation of Decoking Intervals for Direct-Fired Gas and Liquid Cracking Heaters
- 12. Transient Heat-Transfer Problem: Tape Pack Cooling
- 13. Calculation of the Transient Response of a Roof to Diurnal Heat Load Variations
- 14. Transient Heating of a Painted Vehicle Body Panel in an Automobile Assembly Plant Paint Shop Oven
- Introduction
- Example Description
- Heat Transfer on Panel Inside Wall Surface
- Convective Heat Transfer on Outer Wall Surface
- Heat Transfer through Panel Wall
- Estimation of Radiant Panel Outer Wall Surface Temperature
- View Factors for Radiation Heat Transfer with Vertical Painted Panel
- Radiation Heat-Transfer Calculations
- Convection Heat Transfer to Painted Part
- Transient Panel Temperature Analysis
- Summary
- Nomenclature
- 15. Thermal System Transient Response
- 16. Thermal Response of Laminates to Cyclic Heat Input from the Edge
- 17. A Simple Calculation Procedure for Transient Heat and Mass Transfer with Phase Change: Moist Air Example
- 18. A Calculation Procedure for First- and Second-Law Efficiency Optimization of Refrigeration Cycles
- 19. Transient Analysis of Low Temperature, Low Energy Carrier (LoTEC ©)
- 20. Parameter Estimation of Low Temperature, Low Energy Carrier (LoTEC ©)
- 21. Calculation of Convective Heat-Transfer Coefficient Using Semi-infinite Solid Assumption
- 22. Determination of Heat-Transfer Film Coefficients by the Wilson Analysis
- 23. Calculation of Local Inside-Wall Convective Heat-Transfer Parameters from Measurements of Local Outside-Wall Temperatures along an Electrically Heated Circular Tube
- 24. Two-Phase Pressure Drop in Pipes
- 25. Heat-Transfer Calculations for Predicting Solids Deposition in Pipeline Transportation of “Waxy” Crude Oils
- Energy-Balance and Heat-Transfer Equations for Solids Deposition at Steady State
- Determination of Deposit Thickness x d
- The Case of Insulated Pipeline
- Effect of Crude-Oil Composition (or WAT)
- Effect of Crude-Oil Flow Rate
- Example 5: Deposit Thermal Conductivity
- Effect of Crude-Oil and Seawater Temperatures
- Minimum Crude-Oil Temperature for Preventing Solids Deposition in Pipeline
- Importance of Fractional Thermal Resistance Offered by the Deposited Solids
- Application of θ d
- Concluding Remarks
- 26. Heat Transfer in a Circular Duct
- 27. Air Cooling of a High-Voltage Power Supply Using a Compact Heat Exchanger
- 28. Energy Recovery from an Industrial Clothes Dryer Using a Condensing Heat Exchanger
- 29. Sizing of a Crossflow Compact Heat Exchanger
- 30. Single-Phase Natural Circulation Loops
- Introduction
- Description of Single-Phase Natural Circulation
- Major Analysis Assumptions
- Development of Natural Circulation Equations for Flow Rate and Temperature
- Particular Equations (Correlations) for Density, Loss Coefficients, and Friction Factors
- Incorporating Density, Friction Factor, and Loss Coefficient Correlations in Natural Circulation Equations
- Example Calculation for an Air-Cooled Heat Exchanger
- References Colebrook [ 2] and Drew [ 3] were not available. The information was taken from secondary sources: Streeter [ 10] and McAdams [ 6], respectively.
- 31. Evaluation of Condensation Heat Transfer in a Vertical Tube Heat Exchanger
- 32. Heat-Exchanger Design Using an Evolutionary Algorithm
- 33. Fluidized-Bed Heat Transfer
- 34. Estimation of Parameters in Models
- 35. Upper Bounds of Heat Transfer from Boxes
- 36. Estimating Freezing Time of Foods
- 37. Precision Temperature Control Using a Thermoelectric Module
- 38. Thermal Analysis of a Large Telescope Mirror
- 39. Thermal Design and Operation of a Portable PCM Cooler
- 40. A First-Order Thermal Analysis of Balloon-Borne Air-Cooled Electronics
- 41. Thermal Analysis of Convectively Cooled Heat-Dissipating Components on Printed-Circuit Boards
- 42. Design of a Fusion Bonding Process for Fabricating Thermoplastic-Matrix Composites
- 43. Economic Optimization of Heat-Transfer Systems
- 44. Turkey Oven Design Problem
- A. ABOUT THE EDITOR
Book Details
Title: Heat Transfer Calculations
Publisher: McGraw-Hill: New York, Chicago, San Francisco, Lisbon, London, Madrid, Mexico City, Milan, New Delhi, San Juan, Seoul, Singapore, Sydney, Toronto
ISBN: 9780071410410
Authors:
Myer Kutz is the author of this McGraw-Hill Professional publication.
Description: Packed with laws, formulas, calculations solutions, enhancement techniques and rules of thumb, this practical manual offers fast, accurate solutions to the heat transfer problems mechanical engineers face everyday.
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