Additech
Laboratorio enfocado en el uso de tecnologías de manufactura aditiva para la fabricación, reparación y recubrimientos de componentes metálicos para minería, energía e industria naval.
Académicos
Dr. Flavio De Barbieri (flavio.debarbieri@usm.cl)
Dr. Pablo Martin
Dr. Claudio Aguilar
Capacidades
Manufactura aditiva de componentes metálicos (DIW, M-FDM, M-FFF)
Caracterización mecánica y microestructural de componentes metálicos.
Simulación numérica de tensiones residuales y gradientes de temperatura en manufactura aditiva.
Simulación numérica de esfuerzos mecánicos.
Anterior
Siguiente
| Autor Additech | Título y Revista | Año |
|---|---|---|
| F. De Barbieri | The Effect of Chromium Contents on the Corrosion Performance of Fe-22Mn-0.6 C TWIP Steels in Sulfate-Containing Environments, Metals, 15. | 2025 |
| P. Martin | Recent Advances in High-Entropy Alloys for Electrocatalysis: From Rational Design to Functional Performance, Materials & Design, 258. | 2025 |
| P. Martin | Microstructural development via synergic application of Binder Jetting and Quenching and Partitioning (QP) on commercial AISI 4340, Materials Characterization, 222. | 2025 |
| F. De Barbieri, C. Aguilar | Effect of Chromium on sliding wear behavior and strain hardening behavior of Fe22Mn0. 6C-xCr TWIP steel, Journal of Materials Research and Technology, 36. | 2025 |
| C. Aguilar | A Theoretical Framework for Design and Validation of in situ Composite Manufacturing Techniques, Journal of the Japan Society of Powder and Powder Metallurgy 72 | 2025 |
| C. Aguilar | Effect of Nb and Si Content on Phase Stability, Microstructure and Mechanical Properties of Sintered Ti–Nb–Si Alloys, Metals 15. | 2025 |
| C. Aguilar | The influence of solid lubricant reservoir’s morpho-dimensional evolution on the sliding wear of sintered iron-based self-lubricant composites, Wear 570. | 2025 |
| F. De Barbieri | Effect of Cr content in temperature-dependent mechanical properties and strain hardening of a twinning-induced plasticity steel | 2024 |
| P. Martin, C. Aguilar | High-entropy alloys as an alternative binder to improve mechanical, tribological, and oxidation properties of cermets, Materials & Design 247. | 2024 |
| Proyectos de Investigación en curso |
|---|
|
Determinación de un modelo constitutivo que relacione una ley de crecimiento de grietas con los mecanismos de endurecimiento en aceros TWIP Fe22Mn0.6CxCr, Proyecto Interno USM |
|
Additive manufacturing of high-entropy alloys as electrodes for hydrogen production, FONDECYT 3250677 (2025 - 2028). |
|
Circular Transformation of Materials (NIST - CTM), Gobierno de Brasil (2025-2030). |
|
Development of high-entropy foam with radial graded porosity for biomaterial use, FONDECYT 230620 (2023 - 2026) |
|
“Teaching aided by simulation”, Proyecto ANSYS |
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