Research Interests
My research work focuses on additive manufacturing and its simulation.
I investigate both the simulation of additive manufacturing processes via finite element methods, and the subsequent learning of these results in order to feed advanced deep learning models that are able to generalize and predict new results instantaneously.
I am interested in advanced simulation techniques, from macroscopic level simulations to simulations that take into account the microstructure phases of the manufactured parts.
On the other hand, I am in constant search of new deep learning models capable of detecting in the most efficient way possible these patterns and are able to generalize from the databases generated by finite elements.
Publications
2025
J.A. Bejarano, I. Toda, L. Morales.
​Machine Learning Thermal history prediction in Additive Manufacturing (2025, in preparation for the Additive Manufacturing Journal )
2024
J.A. Bejarano, I. Toda, L. Morales.
Thermal history prediction by Machine Learning in Additive Manufacturing, MSE 2024, 24 – 26 Sept. 2024, Darmstad, Germany.
2024
J.A. Bejarano, I. Toda, L. Morales.
Predicción de perfiles térmicos mediante Machine Learning en Fabricación Aditiva, CNMAT July 2024, Málaga, Spain
2024
J.A. Bejarano, I. Toda, L. Morales.
Thermal history prediction by Machine Learning in Additive Manufacturing, EMMC19
May 2024, Madrid, Spain