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sinergico_cnim [2019/02/13 09:42] J. Ignacio Hidalgo abstract included		sinergico_cnim [2019/02/13 09:50] (current) J. Ignacio Hidalgo
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	====== Micro-Stress- MAP-CM ======		====== Micro-Stress- MAP-CM ======
-	===== Determinación de tensiones residuales microscópicas empleando métodos de difracción, mapas de EBSD, y algoritmos evolutivos =====	+	===== Determination of microscopic residual stresses using diffraction methods, EBSD maps, and evolutionary algorithms =====
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	particularly in aluminum alloys. The procedure will use experimental diffraction data obtained in European large facilities, primarily by neutron diffraction, and will be analyzed using computational techniques that handle a large number of variables (evolutionary algorithms). The procedure will be based on the analysis of the displacements of the diffraction peaks and, more specifically, of their broadening. In addition, the problem of having a unstresses lattice spacing value requiered for this analysis will be addressed.		particularly in aluminum alloys. The procedure will use experimental diffraction data obtained in European large facilities, primarily by neutron diffraction, and will be analyzed using computational techniques that handle a large number of variables (evolutionary algorithms). The procedure will be based on the analysis of the displacements of the diffraction peaks and, more specifically, of their broadening. In addition, the problem of having a unstresses lattice spacing value requiered for this analysis will be addressed.
-	It is worth highlighting the need of two complementary research Groups to deal with this problem. One of the Groups (CENIM) will be focuses on the experimental aspects (study of the microstructure of materials, up to the nanometric scale, and diffraction experiments) that will provide the necessary information to address the problem by computational methods. The second Group (UCM) will focus its efforts on the development of the computational techniques /(Evolutionary Algorithms) to provide a solution to the problem proposed. It is necessary a close collaboration between both groups, with very different trajectories and experteese, for the success of the project.	+	It is worth highlighting the need of two complementary research Groups to deal with this problem. One of the Groups (CENIM) will be focuses on the experimental aspects (study of the microstructure of materials, up to the nanometric scale, and diffraction experiments) that will provide the necessary information to address the problem by computational methods. The second Group (UCM) will focus its efforts on the development of the computational techniques /(Evolutionary Algorithms) to provide a solution to the problem proposed. It is necessary a close collaboration between both groups, with very different trajectories and experteese, for the success of the project. [[ spanish-Micro-Stress | (spanish) ]]