Francisco Carlos Lovey

• Ciencia de Materiales

• The effect of precipitates on the 18R-6R martensitic transition in a CuZnAl SMA F.De Castro Bubani, M.Sade, F.Lovey, Materials Today: Proceedings 14(2019)156-159 (Elsevier)
• Franco de Castro Bubani, F.C.Lovey, M.Sade, Functional Materials Letters (FML) 10,No1 (2017), pp 1740006-1—17400066-8 (contribución por invitació Civil Engineering Applications: Specific properties of NiTi, A Review V.Torra, Ferran Martorell,Francisco Lovey, M.Sade. Shape Memory and Superelasticity volume 3, pages403–413(2017) (Springer) 49.
• REVIEW ARTICLE : Shape Memory in Cu-based Alloys: Phenomenological Behavior at Mesoscale Level and Interaction of Martensitic Transformation with Structural Defects. F.C. Lovey and V. Torra Progress in Materials Science, 44, 3 (1999) 189-289.
• Effects on the martensitic transformations and the microstructure of CuAlNi single crystals after ageing at 473K. V.E.A. Araujo, R. Gastien, E. Zelaya, J.I. Beiroa, I. Corro, M. Sade, F.C. Lovey, Journal of Alloys and Compounds 641 (2015) pp155-161.
• Improvements in the mechanical properties of the 18R ↔ 6R high-hysteresis martensitic transformation by nanoprecipitates in CuZnAl alloys Franco de Castro Bubani, Marcos Sade, Francisco Lovey Materials Science and Engineering A, Volume 543, May 2012, Pages 88-95.