This edition investigates the fundamental principles of nonequilibrium thermodynamics and their application to transport and rate processes across diverse scientific disciplines. The book, authored by Yaşar Demirel, builds upon established thermodynamic frameworks to explore how systems far from equilibrium behave. It details the mathematical and physical models used to describe the movement of mass, energy, and charge, as well as the kinetics of chemical and biological reactions under such conditions. The text aims to provide a comprehensive understanding of these complex phenomena for students and researchers.

The third edition of 'Nonequilibrium Thermodynamics' is positioned as a comprehensive resource for advanced study in the field. Its focus on both transport and rate processes suggests a rigorous approach, likely appealing to researchers and graduate students in physical chemistry, chemical engineering, and related biological sciences. The detailed mathematical treatment and application-oriented examples indicate a text designed for in-depth understanding rather than a superficial overview. It is expected to serve as a valuable reference for those working with complex systems operating far from equilibrium.