“Applications of Hybrid Nanofluids in Science and Engineering” provides a thorough examination of the diverse and impactful roles that these versatile fluids are assuming in numerous scientific and engineering disciplines.
The book is a detailed treatise that elucidates the wide-ranging applications and considerable promise of hybrid nanofluids. It delves into the concepts of hybrid nanofluids, their manufacturing techniques, thermophysical properties, benefits, practical uses, and projected developments. It also examines models for determining the effective thermophysical properties of hybrid nanofluids, acknowledging their limitations. The application section features the formulation of mathematical models to study the flow of hybrid nanofluids over various surfaces and geometries under different scenarios. Moreover, the book addresses the minimization of entropy generation in hybrid nanofluid flow and its relevance in refrigeration, power generation, and other industrial processes.
The book equips readers with the ability to:

• Grasp the essentials of hybrid nanofluids, from their manufacturing processes to their distinctive properties.
• Investigate the possibilities of hybrid nanofluids in sectors like thermal regulation, energy systems, materials science, and biomedical engineering.
• Utilize sophisticated computational and analytical techniques to dissect intricate fluid dynamics models.
• Predict the potential impact of hybrid nanofluid research on burgeoning areas such as renewable energy and cutting-edge manufacturing.
  The intended audience for this book includes researchers and graduate students in the disciplines of mechanical, chemical engineering, and materials science.