Heat Transfer: Thermal Management of Electronics (Hardcover)

Introduction Semiconductor Technology Trends Temperature-Dependent Failures Importance of Heat Transfer in Electronics Thermal Design Process Energy, Energy Transfer, and Heat Transfer Energy and Work Macroscopic and Microscopic Energies Energy Transfer and Heat Transfer Equation of State Principle of Conservation of Energy First Law of Thermodynamics Energy Balance for a Control Mass Energy Balance for a Control Volume Heat Transfer Mechanisms Conduction Heat Transfer Convection Heat Transfer Radiation Heat Transfer Thermal Resistance Network Thermal Resistance Concept Series Thermal Layers Parallel Thermal Layers General Resistance Network Thermal Contact Resistance Thermal Interface Materials Spreading Thermal Resistance Thermal Resistance of Printed Circuit Boards (PCBs) Thermal Specification of Microelectronic Packages Importance of Packaging Packaging Types Thermal Specifications of Microelectronic Packages Package Thermal Resistance Network Parameters Affecting Thermal Characteristics of a Package Fins and Heat Sinks Fin Equation Fin Thermal Resistance, Effectiveness, and Efficiency Fins with Variable Cross Sections Heat Sink Thermal Resistance, Effectiveness, and Efficiency Heat Sink Manufacturing Processes Heat Conduction Equation One-Dimensional Heat Conduction Equation for a Plane Wall General Heat Conduction Equation Boundary and Initial Conditions Steady-State Heat Conduction Transient Heat Conduction Lumped Systems Fundamentals of Convection Heat Transfer Types of Flows Viscous Force, Velocity Boundary Layer, and Friction Coefficient Temperature Boundary Layer and Convection Heat Transfer Coefficient Conservation Equations Boundary Layer Equations Forced Convection Heat Transfer: External Flows Normalized Boundary Layer Equations Reynolds Number, Prandtl Number, Eckert Number, and Nusselt Number Functional Forms of Friction Coefficient and Convection Heat Transfer Coefficient Flow Over Flat Plates Flow Across Cylinders Cylindrical Pin-Fin Heat Sink Procedure for Solving External Forced Convection Problems Forced Convection Heat Transfer: Internal Flows Mean Velocity and Mean Temperature Laminar and Turbulent Pipe Flows Entry Length and Fully Developed Flow Pumping Power and Convection Heat Transfer in Internal Flows Velocity Profiles and Friction Factor Correlations Temperature Profiles and Convection Heat Transfer Correlations Fans and Pumps Plate-Fin Heat Sinks Problems Natural Convection Heat Transfer Buoyancy Force and Natural Convection Flows Natural Convection Velocity and Temperature Boundary Layers Normalized Natural Convection Boundary Layer Equations Laminar and Turbulent Natural Convection over a Vertical Flat Plate Natural Convection Around Inclined and Horizontal Plates Natural Convection Around Vertical and Horizontal Cylinders Natural Convection in Enclosures Natural Convection from Array of Vertical Plates Mixed Convection Radiation Heat Transfer Radiation Intensity and Emissive Power Blackbody Radiation Radiation Properties of Surfaces Solar and Atmospheric Radiations Radiosity View Factors Radiation Heat Transfer Between Black Bodies Radiation Heat Transfer Between Non-Black Bodies Radiation Heat Transfer from a Plate-Fin Heat Sinks Computer Simulations and Thermal Design Heat Transfer and Fluid Flow Equations: A Summary Fundamentals of Computer Simulation Turbulent Flows Solution of Finite-Difference Equations Commercial Thermal Simulation Tools Importance of Modeling and Simulation in Thermal Design Experimental Techniques and Thermal Design Flow Rate Measurement Techniques System Impedance Measurement Fan and Pump Curve Measurements Velocity Measurement Methods Temperature Measurement Techniques Acoustic Noise Measurements Importance of Experimental Measurements in Thermal Design Advanced Cooling Techniques Heat Pipes Liquid Cooling Thermoelectric Coolers Electrohydrodynamic Flow Synthetic Jet Appendices Index