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Thermodynamics of Materials >> Content Detail



Lecture Notes



Lecture Notes

This section includes extremely refined notes for every lecture given in the course.





LEC #TOPICS
1Introduction and Course Description (PDF)
2Course Survey (PDF)
3Thermodynamic Variables (PDF)
4State Variables and Functions (PDF)
5Thermodynamic Systems and Processes (PDF)
6Energy and Work (PDF)
7Properties of Materials (PDF)
8Stored Energy in Solids, First Law for Fluids (PDF)
9Quasi-static Processes (PDF)
10Heat Capacities and Gaseous Behavior (PDF)
11Internal Energy and Enthalpy for Fluids (PDF)
12Thermodynamic Functions for General Systems (PDF)
13The Second Law (PDF)
14Heat Stored during Phase Changes (PDF)
15Gibbs Free Energy (PDF)
16Entropy Content in Materials (PDF)
17Conditions of Equilibrium (PDF)
18Describing the State of an Alloy (PDF)
19Generalized Conditions for Equilibrium (PDF)
20The Chemical Potential (PDF)
21Mathematics of Thermodynamics (PDF)
22Mathematical Relations and Changing  Variables (PDF)
23Mathematics and Stability (PDF)
24Implications of Equilibrium and Gibbs-Duhem (PDF)
25Symmetry and Equilibrium (PDF)
26The Gibbs Phase Rule and its Application (PDF)
27Gibbs Free Energy and Phase Diagrams (PDF)
28Uniformity of Chemical Potential at Equilibrium (PDF)
29Important Geometrical Constructions (PDF)
30Phase Diagrams (PDF)
31Solution Thermodynamics (PDF)
32Unstable Solutions (PDF)
Extra Phase Diagrams (PDF)
33Equilibrium Conditions for Solid Solutions (PDF)
34Equilibrium Conditions for Charged Species (PDF)
35Introduction to Surface Thermodynamics (PDF)
 


 



 








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