Passive Heat Transfer Enhancement Techniques demonstrates how to optimize the thermal performance of heat exchangers, cooling systems, and other heat-sensitive equipment using cost-effective and energy-saving methods. It explores how passive techniques are being applied in various fields, including automotive and aerospace, sustainable building systems, and electronic cooling solutions, playing a crucial role in advancing thermal management technologies.
Beginning with the core principles of heat transfer, the book covers fundamental techniques, such as extended surfaces and surface modifications, and the use of advanced materials such as nanofluids and phase-change materials (PCMs). It discusses the role of statistical tools, AI, and ML in optimizing thermal performance toward developing eco-friendly systems and enhancing thermal management in critical applications.
This book will interest researchers, graduate students, and industry practitioners seeking to implement innovative heat management solutions in their respective engineering fields.