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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.

Avoid defects in the Powder Bed Fusion process with printability maps, now available in the AM Module in Thermo-Calc.

During the Powder Bed Fusion process in additive manufacturing, three possible defects can occur based on the power and scan speed: keyholing, lack of fusion, and balling. When manufacturers work with a new material, they create printability maps, also called process maps, to identify the processing conditions that are optimal to minimize the likelihood of these defects.

These maps are often created experimentally, which can be both expensive and time-consuming. But now they can be simulated in the AM Module in Thermo-Calc for any alloy system. With printability maps, manufacturers can reduce trial-and-error experimentation, minimize defects, and enhance overall print reliability.

Learn more about the AM Module in Thermo-Calc: https://thermocalc.com/products/add-on-modules/additive-manufacturing-module/

00:16 - Introduction
01:03 - What are Printability Maps?
02:12 - Printability Maps in the AM Module
02:35 - Criteria in the Software
02:41 - Lack of Fusion Criteria
03:07 - Keyhole Criteria
04:28 - Balling Criteria
04:59 - How to Calculate Printability Maps in the Software
05:50 - About the Example Calculation
06:42 - Setting Up the Example Calculation
09:58 - Results as a 3D Plot
12:16 - Set up Printability Map plot
13:40 - Results as a Printability Map
16:55 - Appending Experimental Data

Example AM_09 - Printability Maps in the Additive Manufacturing Module

This video will show you how to simulate a CCT diagram for gamma prime precipitation in a Ni-Al-Cr alloy, using the Precipitation Module (TC-PRISMA).

The continuous cooling transformation, or CCT calculation type allows users to make a calculation which maintains the same cooling rate for the entire time.

~~TIMESTAMPS~~
0:00 Intro
0:46 How to simulate a CCT diagram using the Precipitation Module (TC-PRISMA)
3:33 Results of the CCT diagram simulation explained

You can follow along by downloading our Free Educational Package: https://thermocalc.com/academia/free-educational-package/

View more examples videos on our Video Tutorials page: https://thermocalc.com/support/video-tutorials/

Example P_07 - Precipitation Ni-Al-Cr CCT Gamma Gamma prime

$Thermo-Calc 2024b was released in June 2024 and includes: 00:47 - Printability maps added to the Additive Manufacturing Module 01:48 - New calculation types in the Additive Manufacturing Module 03:17 - Fluid flow added to the keyhole model in the Additive Manufacturing Module 04:03 - New Titanium Model Library 05:09 - Elastic properties introduced 06:16 - Significant speed improvements in the Property Model Calculator 07:01 - Martensitic Steel Strength Model Improved 07:44 - Nine new databases, including our first ever databases for the refractory alloys: 07:58 - New molybdenum-based alloys database 09:37 - New niobium-based alloys database Learn more at thermocalc.com/release-news$

Introducing Thermo Calc 2024b

Watch this video to learn how to calculate the driving force of the M7C3 carbide and plot the results as a heat map and contour plot, in the Graphical Mode in Thermo-Calc. The Driving force is the change in Gibbs energy when forming a new phase (ΔG). And it is crucial in determining whether or not a phase is likely to form.

This calculation is based on example T_09, which is included with your software. The calculation can be run by anyone with a license for Thermo-Calc, including the free Educational Package.

~~TIMESTAMPS~~
0:00 Intro
1:28 How to calculate the carbide driving force in Thermo-Calc
4:00 Result of the calculated carbide driving force explained - Heat Map
5:50 Result of the calculated carbide driving force explained - Contour Plot

You can follow along by downloading our Free Educational Package: https://thermocalc.com/academia/free-educational-package/

View more examples videos on our Video Tutorials page: https://thermocalc.com/support/video-tutorials/

Example T_09 - Heatmap of Carbide Driving Force

Learn how to use the Additive Manufacturing Module in Thermo-Calc.

The Module allows you to model the Powder Bed Fusion process and has a unified treatment of process parameters and alloy dependent thermophysical properties, making unique amongst AM simulation software.

Learn more about the Additive Manufacturing Module: https://thermocalc.com/products/add-on-modules/additive-manufacturing-module/

In this video:
0:00 - Introduction
0:25 - Standard workflow in the AM Module
2:14 - Setting up your material system
4:02 - Generating materials property data from the built-in Scheil calculator
7:51 - Setting up a steady state simulation
11:26 - Results of a stead state simulation
15:00 - Setting up a transient with heat source from steady-state calculation type
18:06 - Results of a transient with heat source from steady-state calculation type
19:49 - Setting up a multi-layer simulation
22:50 - Results of Setting up a multi-layer simulation

Getting Started in the Additive Manufacturing Module in Thermo-Calc

Learn how to download and install the free Educational Package from Thermo-Calc Software onto a Mac computer. This tutorial was filmed in 2023 and in the educational version of Thermo-Calc 2023a.

Download the free Educational Package: https://thermocalc.com/academia/free-educational-package/

~~TIMESTAMPS~~
00:00 - Intro
00:22 - Installing XQuartz
01:22 - Installing the Educational Package
02:50 - Running the software
04:33 Resources to get started

Installing the Educational Package on a Mac Computer

Watch this quick installation video to get started using Thermo-Calc on your Mac computer. This video will show you how to install Thermo-Calc, your license file and XQuartz on a Mac computer. In the video a single-user-node, locked license is used.

~~TIMESTAMPS~~
0:00 Intro
0:51 Step 1 - Download your license file
01:36 Step 2 - Installing XQuartz
02:54 Step 3 - Installing Thermo-Calc

View the installation guide at our website - https://thermocalc.com/support/documentation/

Requesting and Placing a License File for Thermo-Calc: https://youtu.be/AqraCXnRCLc?si=q66RXJ7JYitC4LJ2

Quick Install on a Mac Computer

$Learn how to use User Defined Functions in the Graphical Mode of Thermo-Calc. User Defined Functions allow you to add variables to a plot that are not available by default in Thermo-Calc. This video will show you two ways to do this. In this example, the fraction of solid phase as a function of temperature for an Fe-Cr-C alloy is calculated. ~~TIMESTAMPS~~ 0:00 Intro 1:22 How to use User Defined Functions in Thermo-Calc 5:28 Result of the User Defined Functions calculation You can follow along by downloading our Free Educational Package: https://thermocalc.com/academia/free-educational-package/ View more examples videos on our Video Tutorials page: https://thermocalc.com/support/video-tutorials/$

Example T_07 - User Defined Functions

Thermo-Calc 2024a was released December 2023 and includes:

00:50 - Additive Manufacturing Module Keyhole Model
01:40 - Additive Manufacturing Module Heat Source Calibration Feature
02:43 - Additive Manufacturing Module Available with TC-Python
03:21 - New Columnar to Equiaxed Transition Property Model
03:58 - New Parallel Coordinates Plot Type
04:40 - New Scheil Property Model
05:08 - Crack Susceptibility Coefficient Property Model Improvements
05:43 - Yield Strength Model Improved
06:27 - New Martensitic Steel Strength Property Model
06:45 New Strain-Age Cracking Property Model
07:10 - New Stop Criteria in the Diffusion Module (DICTRA)
07:45 - Transform 3D Size Distribution to 2D in the Precipitation Module (TC-PRISMA)
08:24 - New and Updated Databases

Introducing Thermo Calc 2024a

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