Heat Transfer - Rilegato

Mills, Anthony F.

Rilegato

ISBN 10: 025611093X ISBN 13: 9780256110937

Casa editrice: CRC Press, 1991

Riassunto

A new book covering the fundamentals of heat transfer Heat Transfer provides a complete introduction to the fundamentals of the subject. The book covers critical topics in the field, including conduction, convection, thermal radiation, phase change, and heat exchangers. Complete details of classical mathematics are presented, and accurate gas radiation charts developed by Edwards replace conventional Hottel charts. The book also provides unique coverage of film condensation and evaporation, in addition to regenerative exchangers. An introduction to heat exchanger design, two-color illustrations, and an extensive, up-to-date bibliography included at the end of the book help make this book essential for any mechanical engineer wanting a solid reference for heat transfer. Powerful PC software included FREE! Powerful PC software available on 5-1/4" or 3-1/2" IBM® format disks is packaged with every book. This fully integrated package of 14 computer programs reduces the time and effort required to obtain reliable numerical results and improves your ability to effectively solve heat transfer problems. Parametric studies, the essence of engineering design, can be performed much easier with the software, and a large thermophysical property database is included in the software as well.

Su questo libro

Contenuti

ELEMENTARY HEAT TRANSFER. HEAT TRANSFER AND ITS RELATION TO THERMODYNAMICS. MODES OF HEAT TRANSFER. Heat Conduction. Thermal Radiation. Heat Convection. COMBINED MODES OF HEAT TRANSFER. Thermal Circuits. Surface Energy Balances. TRANSIENT THERMAL RESPONSE. The Lumped Thermal Capacity Model. Combined Convection and Radiation. HEAT EXCHANGERS. Single- and Two-Stream Exchangers. Analysis of a Condenser. Other Single-Stream Exchangers. DIMENSIONS AND UNITS. STEADY ONE-DIMENSIONAL HEAT CONDUCTION. FOURIER'S LAW OF HEAT CONDUCTION. Thermal Conductivity. Contact Resistance. CONDUCTION ACROSS CYLINDRICAL AND SPHERICAL SHELLS. Conduction Across a Cylindrical Shell. Critical Thickness of Insulation On a Cylinder. Conduction Across a Spherical Shell. Conduction with Internal Heat Generation. FINS. The Pin Fin. Fin Resistance and Surface Efficiency. Other Fin Type Analyses. Fins of Varying Cross-Sectional Area. The Similarity Principle and Dimensional Analysis. MULTIDIMENSIONAL AND UNSTEADY CONDUCTION. THE HEAT CONDUCTION EQUATION. Fourier's Law as a Vector Equation. Derivation of the Heat Conduction Equation. Boundary and Initial Conditions. Solution Methods. MULTIDIMENSIONAL STEADY CONDUCTION. Steady Conduction in a Rectangular Plate. Steady Conduction in a Rectangular Block. Conduction Shape Factors. UNSTEADY CONDUCTION. The Slab with Negligible Surface Resistance. The Semi-Infinite Solid. Convective Cooling of Slabs, Cylinders, and Spheres. Product Solutions for Multidimensional Unsteady Conduction. MOVING-BOUNDARY PROBLEMS. Solidification from a Melt. Steady-State Melting Ablation. NUMERICAL SOLUTION METHODS. A Finite-Difference Method for Two-Dimensional Steady Conduction. Finite-Difference Methods for One-Dimensional Unsteady Conduction. Resistance-Capacitance (RC) Formulation. A Finite-Difference Method for Moving-Boundary Problems. CONVECTION FUNDAMENTALS AND CORRELATIONS. FUNDAMENTALS. The Convective Heat Transfer Coefficient. Dimensional Analysis. Correlation of Experimental Data. Evaluation of Fluid Properties. FORCED CONVECTION. Forced Flow in Tubes and Ducts. External Forced Flows. NATURAL CONVECTION. External Natural Flows. Internal Natural Flows. Mixed Forced and Natural Flows. TUBE BANKS AND PACKED BEDS. Flow Through Tube Banks. Flow Through Packed Beds. ROTATING SURFACES. Rotating Disks, Spheres, and Cylinder. ROUGH SURFACES. Effect of Surface Roughness. The Computer Program CONV. CONVECTION ANALYSIS. HIGH-SPEED FLOWS. A Couette Flow Model. The Recovery Factor Concept. LAMINAR FLOW IN A TUBE. Momentum Transfer in Hydrodynamically Fully Developed Flow. Fully Developed Heat Transfer for a Uniform Wall Heat Flux. LAMINAR BOUNDARY LAYERS. The Governing Equations for Forced Flow along a Flat Plate. The Plug Flow Model. Integral Solution Method. Self-Similiar Solutions. Natural Convection on an Isothermal Vertical Wall. TURBULENT FLOWS. The Prandtl Mixing Length and the Eddy Diffusivity Model. Forced Flow along a Flat Plate. Flow in a Tube. More Advanced Turbulence Models. SIMILARITY AND MODELING. Dimensionless Equations and Boundary Conditions. Modeling. THE GENERAL CONSERVATION EQUATIONS. Conservation of Mass. Conservation of Momentum. Conservation of Energy. Use of the Conservation Equations. SCALE ANALYSIS. Forced-Convection Laminar Boundary Layers. Natural-Convection Laminar Boundary Layer On a Vertical Wall. THERMAL RADIATION. THE PHYSICS OF RADIATION. The Electromagnetic Spectrum. The Black Surface. Real Surfaces. RADIATION EXCHANGE BETWEEN SURFACES. Radiation Exchange Between Black Surfaces. Shape Factors and Shape Factor Algebra. Electrical Network Analogy for Black Surfaces. Radiation Exchange Between Two Diffuse Gray Surfaces. Radiation Exchange Between Many Diffuse Gray Surfaces. Radiation Transfer Through Passages. SOLAR RADIATION. Solar Irradiation. Atmospheric Radiation. Solar Absorptance and Transmittance. DIRECTIONAL CHARACTERISTICS OF SURFACE RADIATION. Radiation Intensity and Lambert's Law. Shape Factor Determination. Directional Properties of Real Surfaces. SPECTRAL CHARACTERISTICS OF SURFACE RADIATION. Plank's Law and Fractional Functions. Spectral Properties. RADIATION TRANSFER THROUGH GASES. The Equation of Transfer. Gas Radiation Properties. Effective Beam Lengths for an Isothermal Gas. Radiation Exchange Between an Isothermal Gas and a Black Enclosure. Radiation Exchange Between an Isothermal Gray Gas and a Gray Enclosure. Radiation Exchange Between an Isothermal Nongray Gas and a Single-Gray Surface Enclosure. CLOSURE. CONDENSATION, EVAPORATION, AND BOILING. FILM CONDENSATION. Laminar Film Condensation On a Vertical Wall. Wavy Laminar and Turbulent Film Condensation On a Vertical Wall. Laminar Film Condensation On Horizontal Tubes. Effects of Vapor Velocity and Vapor Superheat. FILM EVAPORATION. Falling Film Evaporation On a Vertical Wall. POOL BOILING. Regimes of Pool Boiling. Boiling Inception. Nucleate Boiling. The Peak Heat Flux. Film Boiling. FORCED-CONVECTION BOILING AND CONDENSATION. Two-Phase Flow Patterns. Pressure Drop. Internal Forced-Convection Boiling. Internal Forced-Convection Condensation. PHASE CHANGE AT LOW PRESSURES. Kinetic Theory of Phase Change. Interfacial Heat Transfer Resistance. Nusselt Analysis Including Interfacial Resistance. Engineering Significance of the Interfacial Resistance. HEATPIPES. Capillary Pumping. Sonic, Entrainment, and Boiling Limitations. Gas-Loaded Heatpipes. CLOSURE. HEAT EXCHANGERS. TYPES OF HEAT EXCHANGERS. Geometric Flow Configurations. Fluid Temperature Behavior. Heat Transfer Surfaces. Direct-Contact Exchangers. ENERGY BALANCES AND THE OVERALL HEAT TRANSFER COEFFICIENT. Exchanger Energy Balances. Overall Heat Transfer Coefficients. SINGLE-STREAM STEADY-FLOW HEAT EXCHANGERS. Analysis of an Evaporator. TWO-STREAM STEADY-FLOW HEAT EXCHANGERS. The Logarithmic Mean Temperature Differences. Effectiveness and Number of Transfer Units. Balanced-Flow Exchangers. Effect of Axial Conduction. REGENERATORS. Balanced Counterflow Regenerators. ELEMENTS OF HEAT EXCHANGER DESIGN. Exchanger Pressure Drop. Thermal-Hydraulic Exchanger Design. Surface Selection for Compact Heat Exchangers. Economic Analysis. Computer-Aided Heat Exchanger Design: HEX2. Closure. APPENDIX A: PROPERTY DATA. APPENDIX B: UNITS, CONVERSION FACTORS, AND MATHEMATICS. APPENDIX C: CHARTS. BIBLIOGRAPHY. NOMENCLATURE. INDEX.

Dettagli dell?edizione

• Editore: CRC Press
• Data di pubblicazione: 1991
• Lingua: Inglese
• ISBN 10: 025611093X
• ISBN 13: 9780256110937
• Rilegatura: Copertina rigida
• Numero edizione: 1
• Numero di pagine: 888
• Contatto del produttore: non disponibile
• Persona responsabile: non disponibile