Resumen de A parallel multi-fidelity optimization approach in induction hardening

Marco Baldan, Alexander Nikanorov, Bernard Nacke

• Reliable modeling of induction hardening requires a multi-physical approach, which makes it time-consuming. In designing an induction hardening system, combining such model with an optimization technique allows managing a high number of design variables. However, this could lead to a tremendous overall computational cost. This paper aims to reduce the computational time of an optimal design problem by making use of multi-fidelity modeling and parallel computing.