The contribution of the Bio/Chemo/Mechanics of Materials group to the 154th Annual Conference and Exposition included 4 keynote lectures on different symposia as well as 9 contributed talks. In addition, Prof. Llorca picked up the Scripta Materialia Student Award on
The thesis was supervised by Prof. Javier LLorca and Prof. Alberto Orozco Caballero obtained the highest grade “Sobresaliente cum laude”. Congratulations to the new doctor from the Bio/Chemo/Mechanics of Materials group. Dr. Sarabanzadeh will continue her research at the Karlsruhe
Javier LLorca was presented with the Magnesium Science & Technology Annual Award given by the International Magnesium Society for his contributions to advance the understanding of microstructure-deformation mechanisms in wrought Mg alloys using in situ mechanical testing and machine learning, to
Dr. Yi Yang has obtained the Juan de la Cierva Fellowship from the Spanish Research Agency. He is working at IMDEA Materials as a post-doctoral research associate in the Bio/Chemo/Mechanics of Materials group and will continue working in the analysis
Victoria Tucker is carrying out her PhD on the analysis of deformation and fracture mechanisms of Ni-based superalloys. Mingdi Yu is working towards her PhD on the deformation mechanisms on novel Mg alloys with high strength and ductility. And Yidi
The thesis was supervised by Prof. Javier LLorca and obtained the highest grade “Sobresaliente cum laude”. Congratulations to the new doctor from the Bio/Chemo/Mechanics of Materials group.
The thesis was supervised by Prof. Javier LLorca and Prof. Sha Liu and obtained the highest grade “Sobresaliente cum laude”. Congratulations to the new doctor from the Bio/Chemo/Mechanics of Materials group.
Biaobiao Yang has received the Acta Student Award for his primary contribution to the paper: B. Yang, J. Wang, Y. Li, M. Barnett, J. LLorca – Suppressed transformation of compression twins to double twins in Mg by activation of non-basal
Javier LLorca also gave invited lectures at Shanghai Jiaotong University, Yanshan University and Peking University during his trip to China. The titles of his talks were “Experimental and computational analysis of the effect of grain boundaries on deformation of Ti”
Dr. Chenying Shi will carry out the project PD-MPEA which is aimed at developing a hybrid strategy -based on the combination of first principles calculations and Calphad methodology- for the accurate determination of the phase diagrams of MultiPrincipal Element Alloys.
