Simulation of heat treatment processes with FORGE®
Heat treatments are applied to forged components in order to improve final in-use properties. FORGE® embeds heat treatment capabilities to address multiple heat treatment processes: from austenitization to most common heat treatments, water/oil/polymer quenching including drop into the bath when applicable, spray quenching, induction hardening, carburizing, nitriding, tempering.
The heat treatment process chain can be simulated so as to obtain the final in-use properties. As an example, carburizing with subsequent quenching and tempering operation can be calculated, induction hardening followed by tempering.
Temperature evolution during quenching of a steel helicoidal gear;
Predictive simulation of heat treatment
FORGE® provides the accurate prediction of:
- Distortion after quenching
- Hardness, including hardness at the end of heat treatment workflow
- Residual stresses
- Metallurgic phases
- Process parameters like quenching time to obtain optimal in-use properties
Competitive features of forge®
- Full support of TTT and CCT curves to describe kinetic transformation,
- Various media conditions can be considered, including non-homogeneous heat transfer coefficient with ambient media
- With a unique software, forming operations and subsequent heat treatment ones can be simulated and can be chained.
Austenitization of the teeth of an AISI 4340 spur-gear by induction
Spray quenching after austenitization by induction. Hardness (Vickers) distribution is represented here.
- FORGE® software, which is dedicated to hot and cold forming processes, integrates all the functionalities and capabilities of the SIMHEAT® module which is exclusively dedicated to heat treatment applications.
More about SIMHEAT® module