Thermodynamics I - Part II | Lecture Notes
Hi everyone,
There is no doubt that thermodynamics is one of the most intimidating course in the chemical engineering curriculum. In order to analyze and design chemical processes, thermodynamics knowledge is a fundamental building block in chemical engineering education.
The previous week, I shared with you the first part of my chemical thermodynamics handwritten lecture notes. This week, I would like to share Part II. It is shared via DropBox as a pdf file. It consists of 51 pages.
In Thermodynamics I - Part II, you will find the followings,
1. Second Law Of Thermodynamics
- Cyclic Engine
- Power Cycles
- Carnot Engine
- Refrigeration Cycles
- Vapor Compression Refrigeration Cycles (VCRC)
- Wet Freon
2. Fundamental Thermodynamic Relations
- Helmholtz Free Energy
- Gibbs Free Energy
- Maxwell Relation
3. Methods Of Predicting Pressure-Volume-Temperature Relation Of Pure Substances
- Virial Equation
- Cubic Equation Of State (EOS)
- Van Der Waals EOS
- Redlich-Kwong EOS
- Peng Robinson EOS
- The Principle Of Corresponding States (Generalized Correlation)
4. Residual (Departure) Function And The Principle Of Corresponding States For Property Estimation Of Fluids
I would like to warn you to use the lecture notes inquiringly since there can be mistakes that are overlooked while writing and editing them. I welcome you to comment on any mistakes. We can discuss unclear parts in the comment section.
I hope these notes will assist you in your study and will enhance your problem-solving skills in the chemical engineering thermodynamics course.
You can also download the previous week's notes:
What are you waiting for? Chemical engineering is calling you!
Best regards,
Chemicalling Team
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