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Thermo-Calc Software

Learn how to make thermodynamic calculations, diffusion simulations and precipitation simulations using Thermo-Calc software.

Our videos will also teach you how to install Thermo-Calc and will keep you up-to-date on the latest releases and additions to the software and the newest thermodynamic databases and diffusion databases.

Thermo-Calc Software specialises in developing software and databases for computational materials engineering, also known as computational thermodynamics. Our software and databases are used by organisations around the world for both fundamental research and applied research, such as design of new alloys, optimisation of processing conditions, failure analysis and much more.

Thermo-Calc Software
Thermo-Calc is software designed for materials scientists and engineers. With Thermo-Calc you can make calculations that give you information to help you make better decisions for designing and processing materials. This video gives you an overview of Thermo-Calc and what this powerful software can do for you. Learn more and download a free trial of Thermo-Calc: http://marketing.thermocalc.se/acton/media/10786/thermo-calc
Thermo-Calc Overview
YouTube Video VVVMVGgzYXBHSXR1YVZLNjltcndjcEpnLlExODdGY29zUEk4
Learn how to use the Batch calculation type in the Property Model Calculator in Thermo-Calc to calculate solidus and liquidus temperatures. The Batch calculation type allows you to upload a data file to the program so that you can perform calculations with significant amounts of input data. The calculation uses a demo database, so it can be run by all users who have Thermo-Calc 2021b or newer. It cannot, however, be run by users with the Free Educational Package because it uses five elements. All Thermo-Calc installations from 2021b and newer include a data file that you can use to perform the calculation. Watch more videos at our website: https://thermocalc.com/support/video-tutorials/
Example PM_G_12 - Solidus and Liquidus Batch Calculation
YouTube Video VVVMVGgzYXBHSXR1YVZLNjltcndjcEpnLnNZTnFOaEhLZEY4
Released in June 2021, this version of Thermo-Calc includes: * 7 new databases * A batch calculation type for high throughput calculations * A new Scheil model with solute trapping for calculations with a high solidification speed, such as applications to additive manufacturing * A new, easy way to convert plots to table data * An entirely rewritten TC-Toolbox for MATLAB® with significant upgrades * Several plot improvements * And much more... Learn more at our Release News page: https://thermocalc.com/release-news/ Solute Trapping Presentation: https://thermocalc.com/solute-trapping-presentation
Introducing Thermo-Calc 2021b
YouTube Video VVVMVGgzYXBHSXR1YVZLNjltcndjcEpnLnZkcnJNUDV6WXFR
In this video, Dr. Hai-Lin Chen, the primary developer of the databases, presents the broad usage of the Thermo-Calc Software aluminum databases TCAL and MOBAL. Learn more about our aluminum databases at our website: https://thermocalc.com/products/databases/aluminum-based-alloys/
Modern CALPHAD Databases for Aluminum Alloys and their Applications
YouTube Video VVVMVGgzYXBHSXR1YVZLNjltcndjcEpnLkpUNWdYcnhWb2xF
This video will show you how to make a Scheil Solidification Simulation for an Aluminium Silicon alloy using Therm-Calc graphical mode. ~~TIMESTAMPS~~ 0:00 Intro 0:35 How to make a Scheil Solidification Simulation in Thermo-Calc 1:10 Results of the Scheil Solidification Simulation explained 2:55 Useful features in Thermo-Calc Download our Free Educational Package to follow along with this calculation: https://thermocalc.com/academia/free-academic-package/ View more examples videos on our Video Tutorials page: https://thermocalc.com/support/video-tutorials/
Example T_08 - How to Calculate Scheil and Equilibrium Solidification
YouTube Video VVVMVGgzYXBHSXR1YVZLNjltcndjcEpnLnctVjFMN0xIUmR3
Learn how to calculate martensite transformation temperatures as well as martensite fractions for an Fe-C-Cr alloy that was intercritically annealed at two different temperatures using Thermo-Calc. The first calculation in this video shows how to calculate martensite fractions, which is the total martensite percentage of an Fe-Cr-C alloy that was intercritically annealed at two different temperatures. The second calculation shows how the chromium content influences the martensite start temperature and the 90% transformation temperature, or M90. Watch all of our vides at: https://thermocalc.com/support/video-tutorials/ TIMESTAMPS 0:00 Intro 0:24 Explanation of calculations 2:00 Start of martensite fractions calculation 6:02 Explanation of martensite fractions results 7:06 Start of martensite transformations calculation 9:18 Explanation of martensite transformations results
Ex_PM_Fe_01 - Calculate Martensite Transformation Temperatures and Martensite Fractions
YouTube Video VVVMVGgzYXBHSXR1YVZLNjltcndjcEpnLldIdnJOZFA3c3NZ
Learn how to use serially coupled Equilibrium Calculators in the Graphical Mode of Thermo-Calc. This means linking multiple equilibrium calculators to complete your calculation. It is done for complex equilibrium conditions and in cases where the equilibrium calculation does not converge. This video shows two examples of serially coupled equilibrium calculators - one that demonstrates how to find the carbon content at which FCC and BCC are equal and one that calculates the solidus temperature for an Fe-Cr-C alloy. ~~TIMESTAMPS~~ 0:00 Intro 0:31 Example 1 - How to find the carbon content at which FCC and BCC are equal in Thermo-Calc 3:43 Results of example 1 4:13 Example 2 - How to calculate the solidus temperature in Thermo-Calc 6:35 Results of example 2 You can follow along by downloading our Free Educational Package: https://thermocalc.com/academia/free-academic-package/ View more examples videos on our Video Tutorials page: https://thermocalc.com/support/video-tutorials/
Example T_06 - Serially Coupled Equilibrium Calculators for Carbon Content and Solidus Temperature
YouTube Video VVVMVGgzYXBHSXR1YVZLNjltcndjcEpnLjRPQXIzVVBkbW1Z
Learn two simple ways to calculate a binary phase diagram in the Fe-C system using the graphical mode of Thermo-Calc. ~~TIMESTAMPS~~ 0:00 Intro 0:42 How to calculate a binary phase diagram in Thermo-Calc with the Binary Calculation Template 1:30 How to calculate a binary phase diagram in Thermo-Calc with the Phase Diagram Template 3:05 Results of the binary phase diagram calculation 3:48 Useful features in Thermo-Calc You can follow along by downloading our Free Educational Package: https://thermocalc.com/academia/free-academic-package/ View more examples videos on our Video Tutorials page: https://thermocalc.com/support/video-tutorials/
Example T_03 - Fe-C Phase Diagram
YouTube Video VVVMVGgzYXBHSXR1YVZLNjltcndjcEpnLmlic0w3MWNUY01N
Learn about all of the new features in the Thermo-Calc 2021a release, including: - 16 new and updated databases - New Property Model for Bainite - New Property Model for Crack Susceptibility - 4 other new Property Models - New and improved way for users to develop Property Models using TC-Python - Much more... Learn more at https://thermocalc.com/release-news/
Introducing Thermo Calc 2021a
YouTube Video VVVMVGgzYXBHSXR1YVZLNjltcndjcEpnLmw3MVl0V3JvbUdB
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