Description
MC GRAW HILL Introduction To Chemical Engineering Thermodynamics (Sie) 8Th Edition 2019 by J. M. Smith, Hendrick C Van Ness
Overview Introduction to Chemical Engineering Thermodynamics is a comprehensive book on the universal laws of thermodynamics and their applications from a chemical engineering perspective. The text is structured in a clear and logically organised manner that alternates between theoretical concepts and their practical applications. The extensive coverage of the subject and abundant real-world examples make this book a useful reference both in graduate courses and for professional practice.Key Features• Complete coverage of the courses on Thermodynamics I & II for Chemical Engineering students• A new chapter on Thermodynamic Formulations for Vapour /Liquid Equilibrium• Well-structured chapter introductions and concise chapter-end synopsis• Rich pedagogy:o 100+ solved exampleso 700+ Exercise problemsTable of Contents CHAPTER ONEINTRODUCTION CHAPTER TWOTHE FIRST LAW AND OTHER BASIC CONCEPTS CHAPTER THREEVOLUMETRIC PROPERTIES OF PURE FLUIDS CHAPTER FOURHEAT EFFECTSCHAPTER FIVETHE SECOND LAW OF THERMODYNAMICSCHAPTER SIXTHERMODYNAMIC PROPERTIES OF FLUIDSCHAPTER SEVENAPPLICATIONS OF THERMODYNAMICS TO FLOW PROCESSES CHAPTER EIGHTPRODUCTION OF POWER FROM HEAT CHAPTER NINEREFRIGERATION AND LIQUEFACTION CHAPTER TENTHE FRAMEWORK OF SOLUTION THERMODYNAMICS CHAPTER ELEVENMIXING PROCESSES CHAPTER TWELVEPHASE EQUILIBRIUM: INTRODUCTION CHAPTER THIRTEENTHERMODYNAMIC FORMULATIONS FOR VAPOR/LIQUID EQUILIBRIUM CHAPTER FOURTEENCHEMICAL-REACTION EQUILIBRIA CHAPTER FIFTEENTOPICS IN PHASE EQUILIBRIA CHAPTER SIXTEENTHERMODYNAMIC ANALYSIS OF PROCESSESCHAPTER SEVENTEENCOMPRESSIBLE FLOW APPENDICESA: Conversion Factors and Values of the Gas Constant B: Properties of Pure Species C: Heat Capacities and Property Changes of Formation D: The Lee/Kesler Generalized-Correlation Tables E: Steam Tables F: Thermodynamic Diagrams G: UNIFAC Method H: Newton’s Method