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Introduction to Chemical Engineering Thermodynamics

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Chapter 1: Scope and Language of Thermodynamics, 1 of 2 19:36

Chapter 1: Scope and Language of Thermodynamics, 2 of 2 21:41

Chapter 1: Unit Conversion Example 1 22:07

Chapter 1: Unit Conversion Example 2 25:10

Chapter 1: Unit Conversion Example 2 (Update) 27:22

Chapter 1: Maxwell-Boltzmann Example 10:37

Chapter 1: Molecular Interaction Distance Example 09:17

Chapter 2: Phase Diagrams of Pure Fluids, Part 1 23:39

Chapter 2: Identifying Phases Example 1 14:09

Chapter 2: Identifying Phases Example 2 21:30

Chapter 2: Identifying Phases Example 3 14:27

Chapter 2: Identifying Phases Example 4 13:59

Chapter 2: Interpolation Example 04:01

Chapter 2: Phase Diagrams of Pure Fluids, Part 2 19:06

Chapter 2: Virial Equation of State Example 1 09:02

Chapter 2: Virial Equation of State Example 2 11:44

Chapter 2: Accentric Factor of Water Example 05:48

Chapter 2: Lee/Kesler Example 1 16:22

Chapter 2: Lee/Kesler Example 2 10:57

Chapter 2: Phase Diagrams of Pure Fluids, Part 3 29:59

Chapter 2: Using MATLAB for vdW, SRK, and PR cubic equation of state 07:31

Chapter 2: Using MATLAB to perform shortcut vapor pressure calculations 04:21

Chapter 2: SRK EoS Example 1 12:57

Chapter 2: SRK EoS Example 2 08:01

Chapter 5: Convenience Functions 22:51

Chapter 5: Maxwell Relations 22:32

Chapter 5: Enthalpy as a function of temperature and pressure 16:32

Chapter 5: Entropy as a function of temperature and pressure 14:30

Chapter 5: Internal energy as a function of temperature and volume 09:12

Chapter 5: Entropy as a function of temperature and volume 15:45

Chapter 5: How does the heat capacity change with respect to pressure? 13:27

Chapter 5: Relating the constant volume and constant pressure heat capacity 07:27

Chapter 5: Dimensionless molar Gibbs free energy 12:44

Chapter 5: Property Relations Example 1 11:53

Chapter 5: Property Relations Example 2 a 26:09

Chapter 5: Property Relations Example 2 b 18:37

Chapter 5: Property Relations Example 3 11:44

Chapter 5: Property Relations Example 4 25:15

Chapter 5: Calculation of Properties, Part 1 25:16

Chapter 5: Updated MATLAB code to compute residual properties with SRK EoS 12:03

Chapter 5: Isentropic Compression Temperature Change 27:06

Chapter 5: Calculation of Properties, Part 2 10:59

Chapter 5: Reference States 08:07

Chapter 5: Computing Residual Properties using SRK EoS Example 1 15:44

Chapter 5: Enthalpy of vaporization using our SRK equation of state MATLAB code 09:02

Chapter 5: Reference States Example 1 25:46

Chapter 5: Reference States Example 2 14:50

Chapter 7: VLE of Pure Fluids, Part 1 18:55

Chapter 7: VLE of Pure Fluids, Part 2 07:38

Chapter 7: VLE of Pure Fluids, Part 3 21:24

Chapter 7: Clapeyron Equation Derivation 21:30

Chapter 7: Clausius/Clapeyron Example 1 15:18

Chapter 7: Clausius/Clapeyron Example 2 17:33

Chapter 7: VLE of Pure Fluids, Part 4 17:44

Chapter 7: VLE of Pure Fluids, Part 5 18:48

Chapter 7: Fugacity and Phase Equilibria 07:05

Chapter 7: VLE of Pure Fluids, Part 6 16:02

Chapter 7: Equation of State and VLE Example 1 05:30

Chapter 7: Equation of State and Fugacity Example 1 06:53

Chapter 7: Pure Component VLE using SRK Example 1 08:47

Chapter 7: VLE of Pure Fluids, Part 7 23:52

Chapter 7: Poynting Correction 11:13

Chapter 7: Computing Fugacity Using Lee/Kesler Example 1. 17:11

Project 1, Part 1: Predicting VLE Using Cubic Equations of State 23:36

Project 1, Part 2: Predicting VLE Using Cubic Equations of State 08:24

Chapter 8: Phase Behavior of Mixtures, Part 1 07:51

Chapter 8: Phase Behavior of Mixtures, Part 2 13:12

Chapter 8: Phase Behavior of Mixtures, Part 3 12:19

Chapter 8: Phase Behavior of Mixtures, Part 4 12:28

Chapter 8: Binary Txy Flash Example 1 16:13

Example problem using tabulated Txy data (Chapter 8, Problem 1) 24:52

Chapter 8: Binary Txy Flash Example 2 22:09

Example problem using tabulated Pxy data (Chapter 8, Problem 2) 19:59

Chapter 8: Phase Behavior of Mixtures, Part 5 20:39

Chapter 8: Phase Behavior of Mixtures, Part 6 14:51

Chapter 8: Phase Behavior of Mixtures, Part 7 11:17

Chapter 8: Phase Behavior of Mixtures, Part 8 19:31

Chapter 8: Phase Behavior of Mixtures, Part 8b 13:03

Chapter 8: Binary VLLE Example 1 26:59

Chapter 8: Binary VLLE Example 2 19:41

Chapter 8: Phase Behavior of Mixtures, Part 9 22:23

Chapter 9: Partial Molar Properties 1 08:20

Chapter 9: Partial Molar Properties 2 12:38

Chapter 9: Partial Molar Properties 3 18:18

Chapter 9: Using Partial Molar Volume Problem 07:46

Example Problem Determining Volume of Pure Components to Mix 16:08

Chapter 9: Partial Molar Properties 4 - Gibbs/Duhem Equation 14:59

Chapter 9: Example Application of Gibbs/Duhem Equation 1 17:00

Chapter 9: Computing Partial Molar Properties for Binary Mixtures 16:34

Expressions for Partial Molar Properties in Binary Mixtures 20:04

Chapter 9: Computing Partial Molar Properties of a Binary System Example 17:20

Example Calculating Partial Molar Properties in Binary Mixture 32:32

Chapter 9: Properties of Mixing 26:40

Chapter 9: Properties of Mixing of Ideal Gases Part 1 10:29

Chapter 9: Properties of Mixing of Ideal Gases Part 2 15:11

Chapter 9: Properties of Mixing of Ideal Gases Part 3 17:59

Chapter 9: Property Changes of Ideal Gas Mixtures Example 10:13

Example Calculating Change in Entropy for a Binary Mixture 27:37

Chapter 10: Theory of Vapor/Liquid Equilibrium, Part 1: Chemical Equilibrium in Mixtures 08:11

Chapter 10: Theory of Vapor/Liquid Equilibrium, Part 2: Gibbs Phase Rule 08:35

Chapter 10: Gibbs Phase Rule 08:01

Chapter 10: Theory of Vapor/Liquid Equilibrium, Part 3: Notes on Chemical Potential 06:38

Chapter 10: Fugacity in Mixtures 1 23:52

Chapter 10: Example Computing Fugacity of Pure Substance 20:14

Chapter 10: Theory of Vapor/Liquid Equilibrium, Part 4: Cubic Equations of State for Mixtures 09:28

Chapter 10: Fugacity in Mixtures 2 25:06

Chapter 10: Example on Fugacity and Phase Equilibrium in a Binary System 1 18:22

Chapter 10: Example on Fugacity and Phase Equilibrium in a Binary System 2 28:15

Chapter 10: Example on Fugacity and Phase Equilibrium in a Binary System 3 14:02

Project 2: Predicting Enthalpy of Mixing using the SRK and PR EoS 42:13

Chapter 11: Where we've been and where we are going 39:28

Chapter 11: Ideality in Solution 31:36

Chapter 11: Fugacity in Ideal Solutions 19:04

Chapter 11: Raoult's Law 11:48

Chapter 11: Raoult's Law for a Binary System Example 1 17:18

Chapter 11: Raoult's Law for a Binary System Example 2 13:14

Chapter 11: Raoult's Law for a Binary System Example 3 35:18

Chapter 11: Raoult's Law for a Binary System Example 4 11:09

Chapter 11: Raoult's Law for a Ternary System Example 22:14

Chapter 11: Binary Vapor/Liquid Equilibrium Using Fugacity Coefficients Example 06:45

Chapter 11: Txy for a Binary System using Raoult's Law Example 10:02

Chapter 11: Ideal Solubility 23:09

Chapter 11: Non-condenseable Component 25:39

Chapter 11: Non-condenseable Component Example 1 18:14

Chapter 11: Non-condenseable Component Example 2 18:41

CPB 412 Raoults Law (Pxy) 30:02

CPB 412 Raoults Law (Txy) 22:19

Chapter 12: Ideal Solution Review 21:19

Chapter 12: Excess Properties 1 14:19

Chapter 12: Excess Properties 2 24:52

Chapter 12: Heat Effects of Mixing 10:57

Chapter 12: Activity Coefficients- Where We've Been and Where We're Going 23:06

Chapter 12: Activity coefficient and Activity 22:11

Chapter 12: Activity coefficients and VLE Part 1 11:17

Chapter 12: Activity coefficients and VLE Part 2 11:48

Chapter 12: Activity coefficients and VLE Part 3 21:28

Chapter 12: Introduction to Excess Gibbs Free Energy Models 01:15:42

Chapter 12: Analytic Expressions for Activity Coefficients from Excess Gibbs Free Energy 17:47

Chapter 12: Modified Raoult's Law Pxy Example 1 14:32

Chapter 12: Modified Raoult's Law Pxy Example 2 14:29

Chapter 12: Modified Raoult's Law Pxy Example 3 10:38

Chapter 12: Modified Raoult's Law Pxy Example 4 17:56

Chapter 12: Excess Enthalpy Example 1 28:55

Example Applying Fugacity Expressions in Binary Mixture 26:40

Example Applying Fugacity Expressions in Binary Vapor/Liquid Equilibrium 21:45

Ideal Solutions- Property changes upon mixing and partial molar properties 24:42

Ideal Solutions- Fugacity 16:38

Ideal Solutions- Raoult's Law 15:00

Example Using Raoult's Law to Compute Bubble and Dew Point 23:20

Example Using Raoult's Law to Model Ternary VLE 40:17

Example Computing Fugacity of Components in Binary Mixture at VLE 15:15

Relating fugacity and its many forms 50:03

Introduction to Engineering Thermodynamics, 1 of 2 (Chapter 1: Scope and Language of Thermodynamics) 26:28

Introduction to Engineering Thermodynamics, 2 of 2 (Chapter 1: Scope and Language of Thermodynamics) 20:00

Unit Conversion Example (Chapter 1, Problem 1) 33:06

Maxwell-Boltzmann Example (Chapter 1, Problem 2) 34:38

Molecular Interaction Distance Example (Chapter 1, Problem 3) 18:31

Pressure Example (Chapter 1, Problem 4) 12:21

PVT Phase Diagrams, 1 of 3 (Chapter 2: Phase Diagrams of Pure Fluids) 37:11

ZP Diagrams and Corresponding States, 2 of 3 (Chapter 2: Phase Diagrams of Pure Fluids) 25:27

Cubic Equations of State, 3 of 3 (Chapter 2: Phase Diagrams of Pure Fluids) 27:12

Identifying Phases Example (Chapter 2, Problem 1) 11:45

Identifying Phases of Water Example (Chapter 2, Problem 2) 28:57

Calculation Using Steam Tables Example (Chapter 2, Problem 3) 14:40

Calculation Using Steam Tables Example 2 (Chapter 2, Problem 4) 17:18

Interpolation Example (Chapter 2, Problem 5) 03:51

Truncated Virial Equation Example (Chapter 2, Problem 6) 24:59

Truncated Virial Equation Example 2 (Chapter 2, Problem 6) 26:46

Lee/Kesler Example (Chapter 2, Problem 7) 39:45

SRK Cubic Equation of State Example 1 (Chapter 2, Problem 8) 22:06

SRK Cubic Equation of State Example 2 (Chapter 2, Problem 9) 12:49

Energy and the First Law, 1 of 3 (Chapter 3) 13:39

Energy and the First Law, 2 of 3 (Chapter 3) 15:23

Energy and the First Law, 3 of 3 (Chapter 3) 04:13

Help Setting Up First Law Balances (Chapter 3: Energy and First Law) 43:40

Isobaric expansion work example (Chapter 3, Problem 1) 19:49

Isothermal expansion work example (Chapter 3, Problem 2) 05:33

Isothermal expansion of steam example (Chapter 3, Problem 3) 18:47

Isochoric first law example (Chapter 3, Problem 4) 13:31

Isochoric first law example 2 (Chapter 3, Problem 5) 26:30

Isochoric first law example 3 (Chapter 3, Problem 6) 25:11

Properties of water in tank example (Chapter 3, Problem 7) 19:26

Isobaric first law example (Chapter 3, Problem 8) 19:09

Isobaric first law example 2 (Chapter 3, Problem 9) 11:12

Isobaric first law example 3 (Chapter 3, Problem 10) 19:48

Isobaric first law example 4 (Chapter 3, Problem 11) 20:43

Adiabatic expansion of an ideal gas example (Chapter 3, Problem 12) 29:54

Adiabatic compression and isobaric cooling of an ideal gas example (Chapter 3, Problem 13) 37:04

Brief Introduction to Entropy and the Second Law (Chapter 4) 13:16

Carnot cycle and efficiency equations (Chapter 4) 27:12

Calculating Entropy Change Example (Chapter 4, Problem 1) 23:50

Calculating Entropy Generation Example (Chapter 4, Problem 2) 18:12

Calculating Entropy of Bath Example (Chapter 4, Problem 3) 20:52

Calculating Entropy Example (Chapter 4, Problem 4) 21:44

Reversible Isothermal Heat and Work Calculation Example (Chapter 4, Problem 5) 14:58

Irreversible and Reversible Adiabatic Compression of Gas Example (Chapter 4, Problem 6) 38:36

Reversible Isothermal Heat and Work Calculation Example 2 (Chapter 4, Problem 7) 12:51

Entropy Generation Calculation for the Mixing of Steam Example (Chapter 4, Problem 8) 33:47

Work from Cooling Brick Example (Chapter 4, Problem 9) 12:36

Carnot Cycle Calculation Example 1 (Chapter 4, Problem 10) 29:11

Carnot Cycle Calculation Example 2 (Chapter 4, Problem 11) 01:06:06

Brief Introduction to Residual Properties (Chapter 5) 17:37

Brief Introduction to Reference States, 1 of 2 (Chapter 5) 08:40

Brief Introduction to Reference States, 2 of 2 (Chapter 5) 08:07

First Law Balances in Open Systems (Chapter 6) 07:37

Energy and Entropy Balance in Open System Example 1 (Chapter 6, Problem 1) 34:44

Energy and Entropy Balance in Open System Example 2 (Chapter 6, Problem 2) 31:41

Energy and Entropy Balance in Open System Example 3 (Chapter 6, Problem 3) 17:52

Energy and Entropy Balance in Open System Example 4 (Chapter 6, Problem 4) 49:00

Energy and Entropy Balance in Open System Example 5 (Chapter 6, Problem 5) 29:07

Energy and Entropy Balance in Open System Example 6 (Chapter 6, Problem 6) 24:10

Energy and Entropy Balance in Open System Example 7 (Chapter 6, Problem 7) 47:32

Rankine Cycle Example 1 (Chapter 6, Problem 8) 28:00

Refrigeration Cycle Example 1 (Chapter 6, Problem 9) 59:03

Using Reference States Example 1 (Chapter 5, Problem 1) 16:30

Computing Residual Enthalpy and Entropy using SRK EoS with MATLAB Example (Chapter 5) 12:03

Using Residual Properties Example 1 (Chapter 5, Problem 2) 36:31

Using Residual Properties and Reference States Example 1 (Chapter 5, Problem 3) 41:55

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Introduction to Chemical Engineering Thermodynamics

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