Introduction to Chemical Engineering Computation with MATLAB
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What you'll learn
This course includes
- 18.5 hours of video
- Certificate of completion
- Access on mobile and TV
Course content
1 modules • 88 lessons • 18.5 hours of video
Introduction to Chemical Engineering Computation with MATLAB
88 lessons
• 18.5 hours
Introduction to Chemical Engineering Computation with MATLAB
88 lessons
• 18.5 hours
- Welcome to Professor Paluch's Channel! 00:50
- How to navigate the text and obtain external resources. 13:56
- Example 1.1 from Chapter 1: Variables and values 05:42
- Example 1.2 from Chapter 1: Variables and values 07:19
- Example 1.3 from Chapter 1: Variables and values 03:27
- Example 1.4 from Chapter 1: Variables and values 03:22
- Example 1.5 from Chapter 1: Variables and values 07:50
- Example 1.6 from Chapter 1: Variables and values 08:54
- Example 1.7 from Chapter 1: Variables and values 05:20
- Introduction to MATLAB Online from Chapter 1: Variables and values 05:32
- Notes on current folders and paths from Chapter 2: Scripts 10:54
- Using the Run Button from Chapter 2: Scripts 02:42
- Example 2.1 from Chapter 2: Scripts 05:09
- Example 2.2 from Chapter 2: Scripts 10:06
- Example 2.3 from Chapter 2: Scripts 09:58
- Example 2.4 from Chapter 2: Scripts 11:03
- Example 2.5 from Chapter 2: Scripts 11:02
- Example 2.6 from Chapter 2: Scripts 05:50
- Notes on for loop index variables from Chapter 3: for loops and basic plotting 05:48
- A basic introduction to plot from Chapter 3: for loops and basic plotting 13:36
- Example 3.1 from Chapter 3: for loops and basic plotting 11:46
- Example 3.2 from Chapter 3: for loops and basic plotting 17:53
- Example 3.3 from Chapter 3: for loops and basic plotting 10:29
- Example 3.4 from Chapter 3: for loops and basic plotting 12:06
- Example 3.5 from Chapter 3: for loops and basic plotting 07:44
- Example 3.6 from Chapter 3: for loops and basic plotting 16:12
- Example 3.7 from Chapter 3: for loops and basic plotting 10:06
- Example 3.8 from Chapter 3: for loops and basic plotting 12:37
- Example 3.9 from Chapter 3: for loops and basic plotting 16:28
- Example 3.10 from Chapter 3: for loops and basic plotting 16:10
- Creating and Editing Vectors and Matrices Graphical from Chapter 4: Logic and vectors 05:36
- Example 4.1 from Chapter 4: Logic and vectors 11:32
- Example 4.2 from Chapter 4: Logic and vectors 06:57
- Example 4.3 from Chapter 4: Logic and vectors 12:39
- Example 4.4 from Chapter 4: Logic and vectors 12:17
- Using the Run Button for Functions from Chapter 5: Functions 03:52
- Example 4.6 from Chapter 4: Logic and vectors 15:51
- Example 5.1 from Chapter 5: Functions 08:06
- Example 5.2 from Chapter 5: Functions 04:14
- Example 5.3 from Chapter 5: Functions 03:09
- Example 5.4 from Chapter 5: Functions 09:40
- Example 5.5 from Chapter 5: Functions 06:04
- Example 6.1 from Chapter 6: Functions of vectors 06:09
- Example 6.2 from Chapter 6: Functions of vectors 13:18
- Example 6.4 from Chapter 6: Functions of vectors 12:47
- Example 6.6 from Chapter 6: Functions of vectors 05:23
- Example 6.7 from Chapter 6: Functions of vectors 09:03
- Example 7.1 from Chapter 7: Zero-finding 10:33
- Example 7.3 from Chapter 7: Zero-finding 06:41
- Example 7.4 from Chapter 7: Zero-finding 08:04
- Example 7.5 from Chapter 7: Zero-finding 09:38
- Example 8.1 from Chapter 8: Systems of equations 13:30
- Example 8.2 from Chapter 8: Systems of equations 15:43
- Example 9.1 from Chapter 9: Ordinary differential equations 17:03
- Example 9.2 from Chapter 9: Ordinary differential equations 06:54
- Example 9.3 from Chapter 9: Ordinary differential equations 16:49
- Example 10.1 from Chapter 10: Systems of ODEs 12:57
- Example 10.2 from Chapter 10: Systems of ODEs 10:52
- Example 10.3 from Chapter 10: Systems of ODEs 14:02
- "Freefall" from Chapter 11: Second-order systems 25:08
- "Freefall: Air resistance" from Chapter 11: Second-order systems 09:15
- "Freefall: Parachute" from Chapter 11: Second-order systems 11:06
- Example 12.1 from Chapter 12: Interpolation 18:11
- Example 12.2 from Chapter 12: Interpolation 07:37
- Chapter 8: Series and Parallel Reactions in an Isothermal CSTR 23:45
- Chapter 8: Series and Parallel Reactions in an Isothermal CSTR 2 37:07
- Basic MATLAB script - friction factor 20:12
- Basic MATLAB script with for loop and plot - friction factor 16:48
- Basic MATLAB script using vectors to store data - friction factor 22:31
- Example converting script to function in MATLAB - friction factor 26:16
- Example with multiple functions in a file in MATLAB - friction factor 38:28
- MATLAB function to compute Catalan numbers 33:33
- Solving ideal ternary flash distillation problem with MATLAB 16:56
- Solving a simple CSTR series reaction problem with MATLAB (1 of 2) 26:46
- Solving a simple CSTR series reaction problem with MATLAB (2 of 2) 17:39
- Solving a system of linear equations example using MATLAB 18:47
- Solving Lotka-Volterra predator-prey model with MATLAB 22:47
- Analysis of the prey growth term in the Lotka-Volterra model with MATLAB 10:37
- Modifying the prey growth term in the Lotka-Volterra model with MATLAB 06:23
- Solving for the roots of a polynomial with MATLAB: fzero and roots 08:50
- Solution to a non-linear equation with MATLAB: fzero 07:31
- Solving a system of non-linear equations with MATLAB: fsolve 16:06
- Solving a system of linear equations with MATLAB: rref and fsolve 10:33
- Modeling a 2D trajectory in MATLAB: ode45 and Events 38:12
- Solving a very basic interpolation problem with MATLAB (interp1) 11:01
- Computing the change in entropy of an ideal gas with MATLAB (integrate) 15:53
- Demonstrating the use of the Monte Carlo method to evaluate an simple integral with MATLAB 16:21
- Solving a second order initial value ODE (Duffing equation) with MATLAB (ode45) 12:16
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