High Entropy Alloys (HEAs) are presently of great research interest in materials science and engineering. With fundamental issues that challenge the proposed models and methods for conventional alloys, it is an expanding field. Stéphane Gorsse, Associate Professor at CNRS, University of Bordeaux, Bordeaux INP, ICMCB, is a material scientist focused on metallurgy. The author of numerous publications and with extensive experience in the field of metallurgy, Prof. Stéphane Gorsse shares his thoughts on this expanding area and computational thermodynamics.
TC-Python is an Application Programming Interface (API) which makes it possible to perform Thermo-Calc calculations from Python™ code. It is developed for a general-purpose next-generation API, and provides state-of-the-art usability for a large number of technical and scientific tasks. Henrik Lasu, MSc, and Dr. Ralf Rettig, both software developers at Thermo-Calc Software, relay the advantages of TC-Python.Continue reading
The versatile TCS Al-based Alloy Database (TCAL7) is developed for aluminum-based alloys. It can be applied, but is not limited, to the industrial grades. Essentially a thermodynamic database, it also has thermophysical properties data available for molar volume with thermal expansion coefficients, electrical resistivity and thermal conductivity of all phases, as well as viscosity and surface tension of liquid. Dr. Hai-Lin Chen, Database Developer at Thermo-Calc Software, describes the multiple advantages of TCAL7.
Gourav Mundhra is a joint PhD student in the Department of Metallurgical and Materials Engineering at the Indian Institute of Technology Madras and the Department of Materials Science and Engineering at the National Tsing Hua University. He resides in India and is the lead author of the article “Design of a novel Al–Ti–Zr light-weight alloy: CALPHAD and experiments” which was recently published in the Journal of Alloys and Compounds by Elsevier.
As months of uncertainty in the shadow of the corona crisis pass us by, authorities around the world are still advising many of us to work from home to prevent the spread of the virus. Responding to this advice, Thermo-Calc Software decided to offer complimentary licenses to existing customers to ensure that researchers working with our tools can continue to pursue their work. Since then, many members of the Thermo-Calc community have accepted the offer, and the feedback from them has been heartwarming. Anders Engström, President & CEO of Thermo-Calc Software AB, reflects on the decision.
As the third International Workshop on High Entropy Materials was organized by the Department of Materials Science & Engineering in Kanpur India, three weeks ago, Thermo-Calc software and TCHEA databases enjoyed a host of references to the opportunities created by computerized applications. At a vibrant and compelling gathering of great minds, Bhanu Prasad Babburi, Director at Bhanu Scientific Systems and the Thermo-Calc Software agent for India, participated.Continue reading
Thermo-Calc 2020a is released in December 2019 and includes eight new and updated databases, Scheil Simulations with Back Diffusion in the Primary Phase, a new general model for Yield Strength and more.Continue reading
Thermo-Calc 2019b was released in June 2019 and introduces a new module for steel and slag processing, the Process Metallurgy Module, three new databases, a completely rewritten part of the calculation engine and more.Continue reading
Thermo-Calc 2019a was released in December 2018 and brings many new databases, improved tools for integrating Thermo-Calc into an ICME workflow and the first ever material-specific property model library.