Heat And Mass Transfer Mechanical Engineering Handbook.pdf

Kreith, F.; Boehm, .; et. al.  “Heat and Mass Transfer”
Mechanical  Engineering Handbook
Ed. Frank Kreith
Boca Raton: CRC Press LLC, 1999

c 1999byCRCPressLLC
Heat and Mass Transfer
Frank Kreith
University of Colorado
Robert F. Boehm
Conduction Heat Transfer................................................4-2
University of Nevada-Las Vegas Introduction • Fourier’s Law • Insulations • The Plane Wall at
e D. Raithby Steady State • Long, Cylindrical Systems at Steady State • The
University of Waterloo Overall Heat Transfer Coefficient • Critical Thickness of
Insulation • Internal Heat Generation• Fins • Transient Systems
K. G. T. Hollands • Finite-Difference Analysis of Conduction
University of Waterloo
Convection Heat Transfer..............................................4-14
N. V. Suryanarayana Natural Convection • Forced Convection — External Flows •
Michigan Technological University Forced Convection — Internal Flows
Michael F. Modest Radiation........................................................................4-56
Pennsylvania State University Nature of Thermal Radiation • Blackbody Radiation •
Radiative Exchange between Opaque Surfaces • Radiative
Van P. Carey Exchange within Participating Media
University of California at Berkeley Phase-Change.................................................................4-82
John C. Chen Boiling and Condensation • Particle Gas Convection • Melting
Lehigh University and Freezing
Noam Lior Heat Exchangers..........................................................4-118
University of pact Heat Exchangers • Shell-and-Tube Heat Exchangers
Temperature and Heat Transfer Measurements...........4-182
Ram K. Shah Temperature Measurement • Heat Flux • Sensor Environmental
Delphi Harrison Thermal Systems Errors • Evaluating the Heat Transfer Coefficient
h J. Bell Mass Transfer...............................................................4-206
Oklahoma State Unive