NUCLEAR
SYSTEMS I Third Edition
Thermal Hydraulic
Fundamentals
SOLUTION MANUAL
Third Edition
June 2020
Revised November 24, 2020
Neil E. Todreas
Mujid S. Kazimi
** Immediate Download
** Swift Response
** All Chapters included
, ACKNOWLEDGMENTS
Many of the problems new in this edition were provided by our faculty colleague Jacopo
Buongiorno from MIT courses he taught using previous editions of this text.
These solutions have been developed by our students Bryan Herman, Pierre Guenoun, Giancarlo
Lenci, Paolo Minelli and Jacob DeWitte and by our professional colleagues Drs. Mahmoud
Massoud and Yuksel Parlatan. We are especially appreciative of Bryan and Pierre for
coordinating and compiling all of the solutions. We also thank Kristi Stone for preparing
solutions and question statements and solutions for the many new problems in this third edition
as well as compiling the contents of this Solution Manual.
3 rev 112420
, CONTENTS
Chapter 1. Principal Characteristics of Power Reactors ......................................................... 5
Chapter 2. Thermal Design Principles and Application ...................................................... 15
Chapter 3. Reactor Energy Distribution ................................................................................. 30
Chapter 4. Transport Equations for Single-Phase Flow ......................................................... 45
Chapter 5. Transport Equations for Two-Phase Flow ............................................................ 67
Chapter 6. Thermodynamics of Nuclear Energy Conversion Systems - Nonflow and Steady
Flow: First- and Second-Law Applications .......................................................... 78
Chapter 7. Thermodynamics of Nuclear Energy Conversion Systems - Nonsteady Flow First
Law Analysis ........................................................................................................ 130
Chapter 8. Thermal Analysis of Fuel Elements ...................................................................... 179
Chapter 9. Single-Phase Fluid Mechanics .............................................................................. 215
Chapter 10. Single-Phase Heat Transfer................................................................................... 237
Chapter 11. Two-Phase Flow Dynamics .................................................................................. 281
Chapter 12. Pool Boiling .......................................................................................................... 310
Chapter 13. Flow Boiling ......................................................................................................... 330
Chapter 14. Single Heated Channel: Steady-State Analysis .................................................... 361
4 rev 112420
, Chapter 1
Principal Characteristics of Power Reactors
Contents
Problem 1.1 Worldwide Utilization of Power Reactor Technology .................................... 6
5 rev 112420
SYSTEMS I Third Edition
Thermal Hydraulic
Fundamentals
SOLUTION MANUAL
Third Edition
June 2020
Revised November 24, 2020
Neil E. Todreas
Mujid S. Kazimi
** Immediate Download
** Swift Response
** All Chapters included
, ACKNOWLEDGMENTS
Many of the problems new in this edition were provided by our faculty colleague Jacopo
Buongiorno from MIT courses he taught using previous editions of this text.
These solutions have been developed by our students Bryan Herman, Pierre Guenoun, Giancarlo
Lenci, Paolo Minelli and Jacob DeWitte and by our professional colleagues Drs. Mahmoud
Massoud and Yuksel Parlatan. We are especially appreciative of Bryan and Pierre for
coordinating and compiling all of the solutions. We also thank Kristi Stone for preparing
solutions and question statements and solutions for the many new problems in this third edition
as well as compiling the contents of this Solution Manual.
3 rev 112420
, CONTENTS
Chapter 1. Principal Characteristics of Power Reactors ......................................................... 5
Chapter 2. Thermal Design Principles and Application ...................................................... 15
Chapter 3. Reactor Energy Distribution ................................................................................. 30
Chapter 4. Transport Equations for Single-Phase Flow ......................................................... 45
Chapter 5. Transport Equations for Two-Phase Flow ............................................................ 67
Chapter 6. Thermodynamics of Nuclear Energy Conversion Systems - Nonflow and Steady
Flow: First- and Second-Law Applications .......................................................... 78
Chapter 7. Thermodynamics of Nuclear Energy Conversion Systems - Nonsteady Flow First
Law Analysis ........................................................................................................ 130
Chapter 8. Thermal Analysis of Fuel Elements ...................................................................... 179
Chapter 9. Single-Phase Fluid Mechanics .............................................................................. 215
Chapter 10. Single-Phase Heat Transfer................................................................................... 237
Chapter 11. Two-Phase Flow Dynamics .................................................................................. 281
Chapter 12. Pool Boiling .......................................................................................................... 310
Chapter 13. Flow Boiling ......................................................................................................... 330
Chapter 14. Single Heated Channel: Steady-State Analysis .................................................... 361
4 rev 112420
, Chapter 1
Principal Characteristics of Power Reactors
Contents
Problem 1.1 Worldwide Utilization of Power Reactor Technology .................................... 6
5 rev 112420
