Heat and Mass Transfer

Short Audio Book Summary

Description

"Heat and Mass Transfer" by K. Mayilsamy and R. Rudramoorthy is a textbook that covers the principles and applications of heat and mass transfer in engineering and related fields. Here's an overview of what readers can expect from this book: 1. Fundamental Concepts: The book likely begins by introducing readers to the fundamental principles of heat and mass transfer, including the modes of heat transfer (conduction, convection, and radiation) and mass transfer mechanisms (diffusion, convection, and mass transfer coefficients). 2. Mathematical Analysis: Readers can expect a mathematical treatment of heat and mass transfer phenomena, including differential equations governing heat and mass transfer, boundary and initial conditions, and analytical solutions for simple geometries and boundary conditions. 3. Heat Transfer: The book covers various topics related to heat transfer, such as steady-state and transient conduction, forced and natural convection, heat exchangers, thermal radiation, and heat transfer in phase-change processes (e.g., boiling and condensation). 4. Mass Transfer: In addition to heat transfer, the book likely explores mass transfer processes, including diffusion of gases and liquids, mass transfer coefficients, convective mass transfer, and applications such as mass transfer in chemical reactors and separation processes. 5. Engineering Applications: Throughout the book, readers can expect to find numerous engineering applications and examples demonstrating the principles of heat and mass transfer in practical contexts. This may include applications in areas such as thermal systems, environmental engineering, chemical engineering, and materials processing. 6. Numerical Methods: The book may also discuss numerical methods for solving heat and mass transfer problems, such as finite difference, finite element, and finite volume methods. Readers may learn how to apply these numerical techniques to solve complex problems and analyze engineering systems. 7. Design Considerations: Finally, the book may address design considerations and optimization techniques related to heat and mass transfer systems, including heat exchanger design, thermal insulation, and selection of materials for optimal performance. Overall, "Heat and Mass Transfer" by K. Mayilsamy and R. Rudramoorthy serves as a comprehensive resource for students and professionals in engineering disciplines, providing a thorough understanding of the principles, theories, and applications of heat and mass transfer phenomena.