This two-day training course will introduce and teach two different modes of Thermo-Calc software: the Graphical Mode and the Console Mode. The Console Mode is the legacy mode with a versatile command line interface. The Graphical Mode is a modern, easy-to-use interface which is becoming more powerful with each new release.
No previous knowledge of Thermo-Calc or computational thermodynamics is necessary. Some familiarity with materials science, thermodynamics and/or metallurgy is an advantage but not a requirement.
The course is taught in English.
You will learn how to calculate and plot or tabulate stable and meta-stable phase equilibria, property diagrams and phase diagrams of multicomponent alloys and much more using the latest version of Thermo-Calc. You will also learn how to effectively use Macro Files and Project Windows in order to perform, save and share complex calculations.
There will be a condensed theory section introducing thermodynamic databases and the CALPHAD methodology.
The training course is hands-on with each participant working at their own computer. Much of the presentations will be in the form of teacher-led exercises. The language is English.
Printed course material and digital example files are given out. Lunch and refreshments are also included in the course fee.
For information or registration, email us at email@example.com.
Schedule Note: Schedules are not exact and will vary.
09:15 Overview of Thermo-Calc
10:00 Underlying principles of CALPHAD and Thermo-Calc
11:00 The Thermo-Calc 2016a Graphical Mode
11:15 Single Point Equilibrium
12:45 Lunch break
13:45 Stepping / Property Diagrams
14:45 Mapping: Binary, Ternary and Multicomponent Phase Diagrams
16:00 Scheil-Gulliver Solidification simulations
17:00 End of day 1
09:00 Questions from day 1
09:10 Thermo-Calc 2016a Console Mode: structure and modules
09:40 Single Equilibrium Calculations
10:45 Macro files
11:00 Stepping / Property Diagrams
12:00 Mapping: Binary Phase Diagrams
12:45 Lunch break
13:45 Mapping: Multicomponent Phase Diagrams
14:45 Exercise: Liquidus Temperature for a tool steel
15:30 Applied examples
17:00 End of day 2