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.
New versions of ME-Databases (ME-Al1.1, ME-Fe1.2, ME-Ni1.2) are now available. The major updates are given below.
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 firstname.lastname@example.org.
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 Fe-Cr-Mn-C (M7C3 was too stable in ME-Fe, version 1.0).
- Reproduction of stabilization of Cr2N by Vanadium.
ME-Ni1.1 – Highlights:
- Improved phase stabilities of topologically close-packed (TCP) phases
- Improved phase stability trends (gamma’, TCP phases, delta), solidi and liquidi with Re- and Ru-alloying.
- Improved phase stability of Ni2Cr.
- Improved gamma’ phase stability towards Fe-Ni-based superalloys for applied simulations (e.g., USC power plant materials).
- Improved solidi and liquidi of Boron-containing multi-component Ni-base systems.
For any inquiries on this release, please contact our sales team at email@example.com.