Mechanical properties of a material are controlled by the microstructure of the material. Microstructural evolution of a material during technological processes can be calculated by our software simulation capabilities. Therefore, it is possible to determine the mechanical properties during the process and to estimate the impact of different process modifications on the final material properties.  

Our yield strength model takes in to account the contributions of work hardening, grain and subgrain sizes, solid solution and precipitation strengthening effects based on the simulated microstructure evolution. Furthermore, the flow stress can be calculated at various temperature and Strain rates. 

We provide analysis of composition variation effects on the mechanical properties, estimations of heat treatment parameters to achieve maximal strength but avoid overageing, predictions of flow curves and…

Typical application examples: