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E. Povoden-Karadeniz:
"Progress of Ni-, Mo- and steel-database development for thermo-kinetic simulations of early precipitation - CDLESOP Jahresbericht 2010";
Report No. B2-11-02, 2011; 28 pages.

Thermodynamic databases have been developed in CDLESOP, which are adapted for optimum applicability in thermo-kinetic precipitation simulations, in order to improve predictions of particle sizes and number densities, as well as mechanical properties associated with precipitation. Recently, interest of industrial partners of CDLESOP in predictions of precipitation has been extended from steel to Ni-base and Mo-base alloys. Thus, besides several improvements of our most advanced in-house database, mc_fe (mc stands for MatCalc) version 0.020, the new thermodynamic databases mc_ni version 1.000 and mc_mo version 0.003 have been created [1] by editing data from the literature and optimization of thermodynamic model parameters.