This book would serve as a core textbook for the course on chemical engineering thermodynamics for undergraduate students of chemical engineering and chemical technology. Emphasis is on precise and logical presentation of basic principles. The book covers a number of concepts that are not found in most books—the Jacobian method of deriving thermodynamic relations, use of the Bridgman table, stability and phase transition in thermodynamic systems, etc. Another salient feature of the book is the equation of state (EOS) approach which is gaining importance with the increasing use of computers.
Preface / Nomenclature / Introduction / Basic Concept and Definitions / p-v-trelations of Fluids / First Law of Thermodynamics and its Applications / Second Law of Thermodynamics and its Applications / Thermodynamics Potentials / Thermodynamics Property Relations / Thermodynamic Properties of Real Gases / Multicomponent Mixture / Stability and Phase transition in Thermodynamic System / Properties of Solution / Vapor-liquid Equilibrium / Dilute Solution Laws / Chemical Reaction Equilibrium / Appendices / Answers to problems / References / Index