Thermodynamic database for multi-component Fe-rich alloys
PanIron Quick Overview
Number of components: 30
Number of phases: 705
Major alloying elements: Co, Cr, Fe, Mo, Ni, V and W
Minor alloying elements: Al, As, B, C, Ca, Ce, Cu, Mg, Mn, N, Nb, O, P, Pb, Pr, S, Si, Sn, Ta, Ti, Y, Zn and Zr
PanIron – Thermodynamic database (TH), Mobility database (MB), and Molar volume (MV) database for multi-component Fe-based alloys.
- The PanFe_TH thermodynamic database consists of 30 components, 705 phases, and 346 fully assessed binary and ternary systems. This database has been validated by a large number of steel alloys.
- The PanFe_MB mobility database includes assessed mobility model parameters for the Liquid, Bcc, Fcc, and Hcp solution phases. It is compatible with the PanFe_TH and suitable for the simulation of diffusion controlled phenomena of multi-component Fe-based alloys.
- The PanFe_MV molar volume database covers all the 705 phases assessed in PanFe_TH, and can be combined with the thermodynamic database for the simulation of thermo-physical properties of Fe-based alloys, such as thermal expansion and solidification shrinkage.
Calculated Fe-C binary phase diagram
The calculated Fe-C binary phase diagram. It is a metastable phase diagram with cementite in equilibrium with Fe-rich phases
Comparison between the calculated and measured liquidus and solidus temperatures for iron-based alloys
A comparison between the calculated and measured liquidus, solidus, and g solvus for a series of Fe-based alloys
The comparison between the calculated and experimentally measured relative length change of SAE5120 alloy. This calculation is performed by PanFe_TH+MV combined thermodynamic database and molar volume database of Fe-based alloys
Comparison between the calculated and measured relative length change of SAE5120 alloy
Comparison between the calculated and measured mobility of the Fe-Ni alloys in Fcc
A comparison between the calculated and measured atomic mobility of Fcc phase in the Fe-Ni system. This calculation is performed by using the PanFe_TH+MB combined database