Lecture Notes 10
Lecture 10 - Process Modeling
Concepts about mathematical modeling are introduced. Species, material, and energy balances are the basis for many of the dynamic models that you will need to create.
Course Information
- Syllabus
- Info Sheet
- Schedule
- Expectations
- Competencies
- Homework
- Reading Questions
- BYU Utilities Plant Tour
- Graduate School
- Industrial Feedback
Lab Projects
Lecture Notes
- 1 Introduction
- 2 Control
- 3 Dynamic Modeling
- 4 Dynamic Modeling
- 5 P-only Control
- 6 Dynamic Modeling
- 7 PI Control
- 8 PID Control
- 9 Valve Design
- 10 Dynamic Modeling
- 11 Exam #1 Review
- 12 ODE Modeling
- 13 ODE Simulation
- 14 PDE Simulation
- 15 Linearization
- 16 Laplace Transforms
- 17 Laplace Transforms
- 18 Transfer Functions
- 19 1st Order Systems
- 20 2nd Order Systems
- 21 Industrial Visitor
- 22 Complex Systems
- 23 Exam #2 Review
- 24 Exam #2 Review
- 25 Exam #2
- 26 Optimization
- 27 Controller TF
- 28 Block Diagrams
- 29 Tank Application
- 30 Industrial Visitor
- 31 Stability Analysis
- 32 State Space
- 33 Predictive Control
- 34 Optimization
- 35 Cascade Control
- 36 Cascade Control
- 37 Lab Projects
- 38 Safety
- 39 Feedforward
- 40 Interaction
- 41 Distillation
- 42 Final Exam
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