Residual Stress, carbon profile, and phase volume fractions are all important considerations when modeling a loading condition for a steal part after heat treatment. ANSYS Mechanical and the DANTE material model subroutines can be used to predict and import results such as residual stress, carbon profile, and phase volume fraction into a loading model.
Dilatometry sample size has a large effect on the distortion measured during a dilatometry test. Click the post to learn more.
Dilatometry sample design is crucial for accurate phase transformation data due the temperature gradient in the sample during cooling.
Modeling can be a powerful tool for designing various aspects of the heat treatment process. One application is to design the heating time required for complex geometries to reach the furnace temperature.
Dilatometry sample and cooling rate selection are critical for accurate dilatometry data.
Dilatometry tests provide valuable material information such as thermal expansion, transformation strains, austenite and martensite transformation temperature and rates, etc.
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