Mesh size can have a significant impact on heat treatment simulation results. Choosing an appropriate mesh is essential for balancing accuracy with computational efficiency.
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
The dilatometry sample size and the quenching rate affect the measured dilatometry curve and the final sample dimension. With a fast quench rate, the simulated
When a dilatometry sample cools to the martensite start temperature (Ms), martensite transformation starts with an expansion. The amount of volume expansion is used to
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
At the beginning of quenching, in a dilatometry test using a dilatometer, temperature uniformity often leads to inaccuracies in the recorded strain data, as seen
Heat Treatment of steels involves phase transformations: 1) initial phases transform to austenite 2) austenite transforms to diffusive phases or martensite during quenching. A dilatometry