Webinar

What if the Materials Data You Need Doesn't Exist?

Learn how Thermo-Calc Can Be Used to Fill the Data Gaps

Metallurgists, process engineers, and materials scientists all rely on accurate materials data to make the right decisions. However, the properties of materials and their behavior are strongly dependent on the chemical composition of the material and variations in processing conditions. Experiments and handbook data alone cannot take into account all possible variations in chemistry and processing conditions, especially when developing new alloys or novel processes. Where this knowledge is missing, learn how CALPHAD based tools, such as Thermo-Calc, can be used to fill the gaps and make predictions of material behavior throughout the materials life cycle.

In this webinar, you will learn how Thermo-Calc can be used to predict a wide range of materials property data and gain insight into materials processing and behavior throughout the materials life cycle.

Access the Recording

About the Speaker

In 2004, Paul Mason was appointed President of Thermo-Calc Software Inc, the US subsidiary of Thermo-Calc Software AB. In this role, Paul has been responsible for marketing and sales, technical support, training, customer relations, and establishing strategic partnerships for the North American market.

Paul is a champion of the use of computational tools to drive innovation and productivity in the materials industry. He is an active member of both TMS and ASM and has been chair of the TMS Integrated Computational Materials Engineering (ICME) Committee and the ASM Alloy Phase Diagram Committee. He is the current Chair of the TMS Materials Processing and Manufacturing Division and serves on the Board of Directors of TMS.