Aimed at helping engineers, researchers, professors, and students learn the basic principles of industrial heat transfer enhancement, this book introduces enhancement techniques and explains how they work in industry. Through a comprehensive approach, the chapters serve as a reference guide for future research and are written by world-renowned and recognized experts in their fields. The text presents a combined heat transfer analysis, progressing from basic concepts to enhancement possibilities. The topics covered in the book are divided into two major themes: industrial heat transfer modeling and principles, and techniques for industrial heat transfer enhancement.
Preface
Editor
Contributors
Chapter 1 : Introduction to Industrial Heat Transfer
Chapter 2 : Heat Transfer in Industrial Furnaces
Chapter 3 : Heat Transfer in Process Integration
Chapter 4 : Convective Flows in Porous Media
Chapter 5 : Heat Transfer in Nanofluids
Chapter 6 : Enhancement of Thermal Conductivity of Materials Using Different Forms of Natural Graphite
Chapter 7 : Heat Transfer Enhancement in Process Heating
Chapter 8 : Heat Transfer in Thermoelectricity
Chapter 9 : Heat Transfer in Fixed and Moving Packed Beds Predicted by the Extended Discrete Element Method
Chapter 10 : Heat Transfer in Organic Rankine Cycle Applications
Index
