Lec 1 | ChemE Thermo | Chemical Engineering Thermodynamics - Introduction
Lec 2 | ChemE Thermo | Textbooks, system, work and sign of work
Lec 3 | ChemE Thermo | Heat, kinetic energy, potential energy and internal energy
Lec 4 | ChemE Thermo | Introduction to the First Law of Thermodynamics
Lec 5 | ChemE Thermo | First Law of Thermodynamics, types of systems
Lec 6 | ChemE Thermo | Reversible Processes
Lec 7 | ChemE Thermo | Example illustrating the concepts of reversible processes
Lec 8 | ChemE Thermo | Constant-V and Constant-P Processes and Enthalpy
Lec 9 | ChemE Thermo | Heat capacity at constant volume and at constant pressure
Lec 10 | ChemE Thermo | Mass and energy balances for open systems
Lec 11 | ChemE Thermo | Temperature Volume Relationship of a Pure Fluid
Lec 12 | ChemE Thermo | Pressure Volume Relationship of a Pure Fluid
Lec 13 | ChemE Thermo | Critical behavior of a pure fluid
Lec 14 | ChemE Thermo | Virial equation of state and the ideal gas
Lec 15 | ChemE Thermo | Process calculations - ideal gas
Lec 16 | ChemE Thermo | Adiabatic, polytropic and irreversible processes
Lec 17 | ChemE Thermo | Application of the virial equations
Lec 18 | ChemE Thermo | Cubic equations of state
Lec 19 | ChemE Thermo | Determination of equation-of-state parameters
Lec 20 | ChemE Thermo | Demonstration of PV relationship plotted using VdW equation of state
Lec 21 | ChemE Thermo | Corresponding states and the acentric factor
Lec 22 | ChemE Thermo | Roots of the cubic equations of state
Lec 23 | ChemE Thermo | Generalized correlations for gases and liquids
Lec 24 | ChemE Thermo | Sensible heat
Lec 25 | ChemE Thermo | Evaluation of the sensible heat integral
Lec 26 | ChemE Thermo | Demonstration of the sensible heat calculations
Lec 27 | ChemE Thermo | Latent heats of pure substances
Lec 28 | ChemE Thermo | Standard heats of reaction and formation
Lec 29 | ChemE Thermo | Standard heat of combustion
Lec 30 | ChemE Thermo | Temperature dependence of the standard heat of reaction
Lec 31 | ChemE Thermo | Example of heat effects calculations for industrial reactions
Lec 32 | ChemE Thermo | Example 2 of heat effects calculations for industrial reactions
Lec 33 | ChemE Thermo | Second law of thermodynamics and the heat engines
Lec 34 | ChemE Thermo | Carnot's Engine
Lec 35 | ChemE Thermo | Carnot's Engine with Ideal Gas
Lec 36 | ChemE Thermo | Entropy
Lec 37 | ChemE Thermo | Entropy changes of an ideal gas
Lec 38 | ChemE Thermo | Mathematical statement of the second law
Lec 39 | ChemE Thermo | Entropy balance for open systems
Lec 40 | ChemE Thermo | Example of a process violating second law
Lec 41 | ChemE Thermo | Ideal work and lost work
Lec 42 | ChemE Thermo | Spontaneous Changes and Entropy
Lec 43 | ChemE Thermo | Entropy from the microscopic point of view
Lec 44 | ChemE Themo | Fundamental property relations and Maxwell's Equations
Lec 45 | ChemE Thermo | Enthalpy, entropy and internal energy as functions of PVT
Lec 46 | ChemE Thermo | Gibbs as a generating funcion
Lec 47 | ChemE Thermo | Residual properties
Lec 48 | ChemE Thermo | Residual properties by equations of state
Lec 49 | ChemE Thermo | Residual properties by cubic equations of state
Lec 50 | ChemE Thermo | Two phase systems
Lec 51 | ChemE Thermo | Thermodynamic Diagrams and Thermodynamic Tables
Lec 52 | ChemE Thermo | Generalized Property Correlations for Gases
Lec 53 | ChemE Thermo | Funadmental property relation for mixtures
Lec 54 | ChemE Thermo | Chemical potential and phase equilibrium
Lec 55 | ChemE Thermo | Partial properties
Lec 56 | ChemE Thermo | Summability relation and Gibbs/Duhem equation
Lec 57 | ChemE Thermo | Partial properties in binary solutions
Lec 58 | ChemE Thermo | Ideal Gas Mixtures
Lec 59 | ChemE Thermo | Fugacity of pure species
Lec 60 | ChemE Thermo | Fugacity of a pure liquid
Lec 61 | ChemE Thermo | Fugacity of a species in solution
Lec 62 | ChemE Thermo | Fugacity coefficient from the virial equation of state
Lec 63 | ChemE Thermo | Generalized correlation for the fugacity coefficient
Lec 64 | ChemE Thermo | Ideal solutions
Lec 65 | ChemE Thermo | Excess properties and activity coefficient
Lec 66 | ChemE Thermo | The nature of excess properties
Lec 67 | ChemE Thermo | Fugacity and activity coefficient from vapor-liquid equilibrium data
Lec 68 | ChemE Thermo | Excess Gibbs energy from vapor-liquid equilibrium data
Lec 69 | ChemE Thermo | Vapor-Liquid Equilibrium Data Reduction
Lec 70 | ChemE Thermo | Thermodynamic consistency
Lec 71 | ChemE Thermo | Excess Gibbs Energy Models
Lec 72 | ChemE Thermo | Local composition models
Lec 73 | ChemE Thermo | Property Changes of Mixing
Lec 74 | ChemE Thermo | Heat effects of mixing processes
Lec 75 | ChemE Thermo | Example on the heat effects of mixing
Lec 76 | ChemE Thermo | Enthalpy concentration diagrams
Lec 77 | ChemE Thermo | Chemical reaction equilibria - The reaction coordinate
Lec 78 | ChemE Thermo | Standard Gibbs Energy Change and the Equilibrium Constant
Lec 79 | ChemE Thermo | Effect of Temperature on the Equilibrium Constant
Lec 80 | ChemE Thermo | Example on the Evaluation of the equilibrium constant
Lec 81 | ChemE Thermo | Relation of the equilibrium constant to composition - Gas phase
Lec 82 | ChemE Thermo | Relation of the equilibrium constant to composition - Liquid phase
Lec 83 | ChemE Thermo | Equilibrium conversion for single reactions
Lec 84 | ChemE Thermo | Example on the equilibrium conversion for a single reaction
Lec 85 | ChemE Thermo | Example on an adiabatic equilibrium reaction
Lec 86 | ChemE Thermo | Course Review
Lec 2 | ChemE Thermo | Textbooks, system, work and sign of work
Lec 3 | ChemE Thermo | Heat, kinetic energy, potential energy and internal energy
Lec 4 | ChemE Thermo | Introduction to the First Law of Thermodynamics
Lec 5 | ChemE Thermo | First Law of Thermodynamics, types of systems
Lec 6 | ChemE Thermo | Reversible Processes
Lec 7 | ChemE Thermo | Example illustrating the concepts of reversible processes
Lec 8 | ChemE Thermo | Constant-V and Constant-P Processes and Enthalpy
Lec 9 | ChemE Thermo | Heat capacity at constant volume and at constant pressure
Lec 10 | ChemE Thermo | Mass and energy balances for open systems
Lec 11 | ChemE Thermo | Temperature Volume Relationship of a Pure Fluid
Lec 12 | ChemE Thermo | Pressure Volume Relationship of a Pure Fluid
Lec 13 | ChemE Thermo | Critical behavior of a pure fluid
Lec 14 | ChemE Thermo | Virial equation of state and the ideal gas
Lec 15 | ChemE Thermo | Process calculations - ideal gas
Lec 16 | ChemE Thermo | Adiabatic, polytropic and irreversible processes
Lec 17 | ChemE Thermo | Application of the virial equations
Lec 18 | ChemE Thermo | Cubic equations of state
Lec 19 | ChemE Thermo | Determination of equation-of-state parameters
Lec 20 | ChemE Thermo | Demonstration of PV relationship plotted using VdW equation of state
Lec 21 | ChemE Thermo | Corresponding states and the acentric factor
Lec 22 | ChemE Thermo | Roots of the cubic equations of state
Lec 23 | ChemE Thermo | Generalized correlations for gases and liquids
Lec 24 | ChemE Thermo | Sensible heat
Lec 25 | ChemE Thermo | Evaluation of the sensible heat integral
Lec 26 | ChemE Thermo | Demonstration of the sensible heat calculations
Lec 27 | ChemE Thermo | Latent heats of pure substances
Lec 28 | ChemE Thermo | Standard heats of reaction and formation
Lec 29 | ChemE Thermo | Standard heat of combustion
Lec 30 | ChemE Thermo | Temperature dependence of the standard heat of reaction
Lec 31 | ChemE Thermo | Example of heat effects calculations for industrial reactions
Lec 32 | ChemE Thermo | Example 2 of heat effects calculations for industrial reactions
Lec 33 | ChemE Thermo | Second law of thermodynamics and the heat engines
Lec 34 | ChemE Thermo | Carnot's Engine
Lec 35 | ChemE Thermo | Carnot's Engine with Ideal Gas
Lec 36 | ChemE Thermo | Entropy
Lec 37 | ChemE Thermo | Entropy changes of an ideal gas
Lec 38 | ChemE Thermo | Mathematical statement of the second law
Lec 39 | ChemE Thermo | Entropy balance for open systems
Lec 40 | ChemE Thermo | Example of a process violating second law
Lec 41 | ChemE Thermo | Ideal work and lost work
Lec 42 | ChemE Thermo | Spontaneous Changes and Entropy
Lec 43 | ChemE Thermo | Entropy from the microscopic point of view
Lec 44 | ChemE Themo | Fundamental property relations and Maxwell's Equations
Lec 45 | ChemE Thermo | Enthalpy, entropy and internal energy as functions of PVT
Lec 46 | ChemE Thermo | Gibbs as a generating funcion
Lec 47 | ChemE Thermo | Residual properties
Lec 48 | ChemE Thermo | Residual properties by equations of state
Lec 49 | ChemE Thermo | Residual properties by cubic equations of state
Lec 50 | ChemE Thermo | Two phase systems
Lec 51 | ChemE Thermo | Thermodynamic Diagrams and Thermodynamic Tables
Lec 52 | ChemE Thermo | Generalized Property Correlations for Gases
Lec 53 | ChemE Thermo | Funadmental property relation for mixtures
Lec 54 | ChemE Thermo | Chemical potential and phase equilibrium
Lec 55 | ChemE Thermo | Partial properties
Lec 56 | ChemE Thermo | Summability relation and Gibbs/Duhem equation
Lec 57 | ChemE Thermo | Partial properties in binary solutions
Lec 58 | ChemE Thermo | Ideal Gas Mixtures
Lec 59 | ChemE Thermo | Fugacity of pure species
Lec 60 | ChemE Thermo | Fugacity of a pure liquid
Lec 61 | ChemE Thermo | Fugacity of a species in solution
Lec 62 | ChemE Thermo | Fugacity coefficient from the virial equation of state
Lec 63 | ChemE Thermo | Generalized correlation for the fugacity coefficient
Lec 64 | ChemE Thermo | Ideal solutions
Lec 65 | ChemE Thermo | Excess properties and activity coefficient
Lec 66 | ChemE Thermo | The nature of excess properties
Lec 67 | ChemE Thermo | Fugacity and activity coefficient from vapor-liquid equilibrium data
Lec 68 | ChemE Thermo | Excess Gibbs energy from vapor-liquid equilibrium data
Lec 69 | ChemE Thermo | Vapor-Liquid Equilibrium Data Reduction
Lec 70 | ChemE Thermo | Thermodynamic consistency
Lec 71 | ChemE Thermo | Excess Gibbs Energy Models
Lec 72 | ChemE Thermo | Local composition models
Lec 73 | ChemE Thermo | Property Changes of Mixing
Lec 74 | ChemE Thermo | Heat effects of mixing processes
Lec 75 | ChemE Thermo | Example on the heat effects of mixing
Lec 76 | ChemE Thermo | Enthalpy concentration diagrams
Lec 77 | ChemE Thermo | Chemical reaction equilibria - The reaction coordinate
Lec 78 | ChemE Thermo | Standard Gibbs Energy Change and the Equilibrium Constant
Lec 79 | ChemE Thermo | Effect of Temperature on the Equilibrium Constant
Lec 80 | ChemE Thermo | Example on the Evaluation of the equilibrium constant
Lec 81 | ChemE Thermo | Relation of the equilibrium constant to composition - Gas phase
Lec 82 | ChemE Thermo | Relation of the equilibrium constant to composition - Liquid phase
Lec 83 | ChemE Thermo | Equilibrium conversion for single reactions
Lec 84 | ChemE Thermo | Example on the equilibrium conversion for a single reaction
Lec 85 | ChemE Thermo | Example on an adiabatic equilibrium reaction
Lec 86 | ChemE Thermo | Course Review
