Thermo-Calc Software

 

 Welcome to problems to solve with Thermo-Calc

By Malin Selleby & Mats Hillert

Department of Materials Science & Engineering
KTH (Royal Institute of Technology), Stockholm, Sweden

All the problems are based upon a textbook by Mats Hillert.
Phase Equilibria, Phase Diagrams and Phase Transformations
2:nd Edition, Cambridge University Press, 2007
ISBN-13: 9780521853514.

 

The Problems

These problems and their computerized solutions are open to anyone for reading and studying. However, in order to produce your own solution by following those presented in this document, you need at least the Thermo-Calc Classic version R. You may apply for a DEMO license here.
The DEMO license is temporary for 12 months.

The present collection of problems has not been designed to make a general instruction to the use of Thermo-Calc, but will introduce you to features essential for solving special questions raised by the problems. Solving these problems with Thermo-Calc by following a detailed path is instructive, and will give a deeper insight in how thermodynamics works.

The problems are designed as exercises to various sections in the textbook and are collected chapter-wise.

The reader is advised to first study the instructions for using Thermo-Calc Classic.

 

Important links:
Download Thermo-Calc Classic, an extended DEMO version.

 


Feedback about the book
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Download: INSTRUCTIONS
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Chapter 1: Basic concepts of thermodynamics
Chapter 2: Manipulations of thermodynamic quanitites
Chapter 3: Systems with variable composition
Chapter 4: Practical handling of multicomponent systems
Chapter 5: Thermodynamics of processes
Chapter 6: Stability
Chapter 7: Applications to molar Gibbs energy diagrams
Chapter 8: Phase equilibria and potential phase diagrams
Chapter 9: Molar phase diagrams
Chapter 10: Projected and mixed phase diagrams
Chapter 11: Directions of phase boundaries

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Chapter 12: Sharp and gradual phase transformations
Chapter 13: Transformations at constant compostion
Chapter 14: Partitionless transformations
Chapter 15: Limit of stability and critical phenomena
Chapter 16: Interfaces
Chapter 17: Kinetics of transport processes
Chapter 18: Methods of modelling
Chapter 19: Modelling of disorder
Chapter 20: Mathematical modelling of solution phases
Chapter 21: Solution phases with sublattices
Chapter 22: Physical solution models
There are no problems for chapter 12-22

Thermo-Calc Software