Computational Materials
Generate Materials Data with Thermo-Calc
The days of poring over handbooks in search of materials data that may be incomplete or non-existent are over. Thermo-Calc Software develops computational tools used to predict and understand materials properties, allowing you to generate computational materials data without costly, time-consuming experiments or estimations based on the limited data available.
Thermo-Calc can be used to fill the gaps in material property data and make predictions of material behavior throughout the materials life cycle. With Thermo-Calc, you can make better decisions about your products and improve your material processing conditions with accurate, reliable materials data.
The platform software for thermodynamic and properties calculations.
Over 40 high-quality, material-specific databases to choose from.
Available for diffusion, precipitation, process metallurgy, and more.
Link Thermo-Calc to your own code or other software programs.
Experts in Computational Materials Engineering
About Thermo-Calc Software
For over 30 years, Thermo-Calc Software has been at the forefront of developing software and databases used to predict and understand materials properties. Our flagship product, Thermo-Calc, is used in over 60 countries around the world by top materials scientists and engineers. Our tools have been cited in over 33,000 peer-reviewed journal articles and over 1000 patent applications, and we are actively involved in collaborative research and development efforts with top universities and industry partners. Trusted by materials scientists and engineers around the world, with Thermo-Calc you can rest assured that you are generating the most accurate computational materials data available.
Computational Materials Engineering for Students and Teaching
Free Educational Package
In order to support universities and education, we offer a Free Educational Package intended to teach about computational materials engineering in undergraduate level university courses. The package includes a limited version of our software, several demo databases, teaching materials for educators, and learning material, including practice exercises, for students.
40+
Year track record
33,000+
Citations in journals
1,000+
Citations in patent applications
1,900+
Organizations around the world
Learn about new features and databases
Thermo-Calc 2025a is Released
Introducing Thermo-Calc 2025a, released in January 2025. This release introduces enhanced microstructure modeling across multiple modules, faster precipitation calculations in the Precipitation Module (TC-PRISMA), and updates to the Additive Manufacturing Module with new visualization options, the ability to model absorptivity of the liquid, improved simulations for Al-alloys, and more. The release also includes a new Noble Metal Alloys Model Library for simulating optical properties, and new databases for steels, metal oxides, molten salts, and general alloys, with expanded thermophysical and elastic property data.
