Encyclopedia of thermal packaging. Set 1, Thermal packaging techniques. Volumes 1-6 /

• Corporate Author: World Scientific (Firm)
• Other Authors: Bar-Cohen, Avram, 1946-
• Format: Electronic eBook
• Language: English
• Published: Singapore ; Hackensack, N.J. : World Scientific Pub. Co., ©2013.
• Subjects: Electronic packaging.; Heat sinks (Electronics); Insulation (Heat); elektronické knihy; electronic books
• ISBN: 9789814313797; 9814313793; 9781628700992; 1628700998; 9789814313780; 9789814313803; 9814313785; 9814313807
• Physical Description: 1 online resource

The first set of the Encyclopedia, Thermal Packaging Techniques, focuses on the technology "building blocks" used to assemble a complete thermal management system and provide detailed descriptions of the underlying phenomena, modeling equations, and correlations, as well as guidance for ac...

Table of Contents:

• Ch. 1. Introduction. 1.1. Physics and applications of microchannels. 1.2. Use of microchannels in electronics cooling
• chapter 2. Design and optimization of single-phase microchannel heat sinks. 2.1. Prediction of heat transfer coefficient. 2.2. Prediction of pressure drop. 2.3. Optimization of heat transfer performance. 2.4. Importance of inlet manifold design. 2.5. Hot-spot thermal management. 2.6. System-level design and optimization
• chapter 3. Two-phase operation of microchannel heat sinks. 3.1. Fundamentals of two-phase transport in microchannel. 3.2. Macroscale versus microscale boiling. 3.3. Flow regime maps
• chapter 4. Boiling heat transfer at small scales. 4.1. Saturated boiling in microchannels. 4.2. Heat transfer in boiling and two-phase flow. 4.3. Effect of geometrical and flow parameters. 4.4. Empirical predictions of thermal performance. 4.5. Physics-based modeling of boiling heat transfer
• 5. Pressure drop in two-phase flow. 5.1. Two-phase flow pressure drop. 5.2. Empirical prediction of two-phase pressure drop. 5.3. Regime-based modeling of two-phase pressure drop
• 6. Micropumps and pumping requirements. 6.1. Microscale pumping technologies. 6.2. Mechanical displacement micropumping techniques. 6.3. Electro- and magneto-kinetic micropumping techniques. 6.4. Pump selection
• 7. Challenges in implementation. 7.1. Effect of dissolved air on system performance. 7.2. System instabilities for boiling in microchannels. 7.3. Critical heat flux
• chapter 8. Measurement techniques. 8.1. Conventional techniques. 8.2. Microscale temperature measurement. 8.3. Optical flow measurements. 8.4. Micro-PIV and IR Micro-PIV. 8.5. Laser-induced fluorescence thermometry.