Thermophysical Property Database

The thermophysical property database PanNoble2024_TP is compatible with the PanNoble2024_TH thermodynamic database and suitable for the simulation of thermophysical properties of noble metal alloys. It includes the molar volume data for all the phases, surface tension and viscosity properties for the liquid phase.

Molar Volume

The current molar volume database covers all 949 phases assessed in the PanNoble2024_TH database. It is used to calculate the density, thermal expansion, solidification shrinkage of the alloys.

The simulated density changes vs. temperature of a series of noble metal alloys are shown below to validate the current PanNoble2024_MV database.

Figure 1: Density of Ag-Au binary liquid alloys [2006Bri]

Figure 2: Molar volume of Pd-Zr Fcc binary alloys at 298K [2013He]

Surface Tension

The surface tension of the liquid phase is added into the property database. Figure 3 shows the surface tension of a series of Cu-Ni alloys in comparison with experimental data.

Figure 3: Surface tension of Cu-Ni alloys

Viscosity

The viscosity of the liquid phase is added into the property database. Figure 4 shows the viscosity of Cu-Mg alloys in comparison with experimental data.

Figure 4: Viscosity of the Cu-Mg alloys

[2006Bri] J. Brillo, I. Egry and I. Ho, Density and Thermal Expansion of Liquid Ag-Cu and Ag-Au Alloys. International Journal of Thermophysics, 2006. 27(2): p. 494-506.

[2013He] L.Y. He, et al., CALPHAD modeling of molar volume. Chinese Science Bulletin, 2013. 58: p. 3642-3646.