We are glad to announce that the new versions of ME-Databases (ME-Al1.2, ME-Fe1.3, ME-Ni1.3) are now available. The major modifications are given below.   ME-Fe1.3 Precise knowledge of the peritectic composition and temperature and the austenite and ferrite stability limits are relevant for the processing of TRIP steels. The new ME-Fe database version contains an improved descriptions of fcc, bcc and liquid phases in the system Fe-Si-Mn-Al-C. Cu-sol...

    New versions of ME-Databases (ME-Al1.1, ME-Fe1.2, ME-Ni1.2) are now available.  The major updates are given below. ME-Al1.1. Assessment of metastable Si-phase, forming building subunits of Mg5Si6 (β’’) strengthening phase, Assessment of Al-solubility in MgSi co-cluster phase Improvement of L12-type strengthening phase Al3(Sc,Zr) phase stability reproduction. Improvement of solidi and liquidi representation in Al-Sc-Zr system. Improvement of solidi a...

    A revised version of the thermodynamic ME-database for nickel-based alloys ME-Ni1.1c.tdb has been released on 21.06.2017. The current version solves a bug of Ni2Cr-phase parametrization in the previous ME-Ni1.1.tdbwhich resulted in the wrong stability of this phase. For any inquiries on this release, please contact our Sales Team at This email address is being protected from spambots. You need JavaScript enabled to view it. document.getElementById('clo...

    On 26.04.2017 new versions of the thermodynamic ME-databases for steel and nickel-base alloys have been released. This release includes the following new features: ME-Fe1.1 – Highlights: Improved phase stabilities in stainless steel (Laves phase, ferrite phase). Improved phase stability of Ni3Si-type gamma´ in Si-containing stainless steel. Improvement of thermodynamic Fe-Nb base for simulations of microalloyed steel. Corrected carbide stabilities in...