Principle of Geosynchronous Coordination and New Technology of Enhanced Heat Transfer

Author: Guo Zengyuan et al.
Publisher:
Publish Date: 2004-08-01
Features: Heat exchangers are widely used general equipment, and the heat transfer process is the core control process within heat exchangers. This book starts from the physical mechanism of convective heat transfer processes and elaborates in detail the new principle for enhancing heat transfer—the Field Synergy Principle. It also provides a comprehensive introduction to the new technologies and achievements of Chinese scholars in the field of heat transfer enhancement, including the application of the Field Synergy Principle in air heat exchangers and pulse tube refrigerators, jet impingement cooling technology, induced vibration heat transfer enhancement technology, heat transfer enhancement in porous media and boiling enhancement, fin-and-plate heat exchanger enhancement, composite enhancement technology, as well as various new types of heat transfer enhancement tubes and heat exchangers, such as cross-scaling elliptical heat transfer enhancement tubes, cilia-ribbed heat transfer enhancement tubes, various colorful tubes, and baffle-rod shell-and-tube heat exchangers, etc. This book can serve as a reference for technical personnel engaged in thermal engineering in industries such as power, chemical engineering, petroleum refining, metallurgy, building materials, refrigeration, air conditioning, light industry, and textiles, as well as for a broad range of scientific and technological workers.
Heat exchangers are widely used general equipment, and the heat transfer process is the core control process within heat exchangers. This book starts from the physical mechanism of convective heat transfer processes and elaborates in detail the new principle for enhancing heat transfer—the Field Synergy Principle. It also provides a comprehensive introduction to the new technologies and achievements of Chinese scholars in the field of heat transfer enhancement, including the application of the Field Synergy Principle in air heat exchangers and pulse tube refrigerators, jet impingement cooling technology, induced vibration heat transfer enhancement technology, heat transfer enhancement in porous media and boiling enhancement, fin-and-plate heat exchanger enhancement, composite enhancement technology, as well as various new types of heat transfer enhancement tubes and heat exchangers, such as cross-scaling elliptical heat transfer enhancement tubes, cilia-ribbed heat transfer enhancement tubes, various colorful tubes, and baffle-rod shell-and-tube heat exchangers, etc. This book can serve as a reference for technical personnel engaged in thermal engineering in industries such as power, chemical engineering, petroleum refining, metallurgy, building materials, refrigeration, air conditioning, light industry, and textiles, as well as for a broad range of scientific and technological workers.