Hwww.oocities.org/es/belen_orta/doctorado-english.htmwww.oocities.org/es/belen_orta/doctorado-english.htm.delayedxqJl'OKtext/htmll'b.HSat, 18 Nov 2006 18:21:30 GMTMozilla/4.5 (compatible; HTTrack 3.0x; Windows 98)en, *qJl' Belen Orta - Arquitecto - Doctorado  


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Diseño y Cálculo de Estructuras
 
Página personal de Belén Orta. belen_orta@yahoo.es                ESPAÑOL 
 
Doctor by Universidad Politécnica de Madrid, with the thesis entitled "Parameters oa form in lattice shells and y its effect in estrctural eficience" in the program "Diseño Avanzado de Estructuras de Edificación" at Departamento de Estructuras , Escuela Técnica Superior de Arquitectura de Madrid.
 
I use SIMULATED ANNEALING algorithm searching optimum structures:
In optimisation field, algorithms that artificially imitate the natural systems behaviour are surging. In this way, the evolution laws and the natural selection have been reproduced in genetic algorithm; or the simplex (by Nelder-Mead) method simulates a variable diameter ball running on a surface until it attains the lowest point.

Annealing is a physical process in which a solid is melted at large temperatures until all molecules of the melted solid can move freely with respect to another one, followed by cooling until thermal mobility is lost. In this way, if the cooling process is carried out sufficiently slowly, the atoms are often able to arrange themselves in a low energy state. In some cases those states can be recognised by its visual perfection like the form of a pure crystal that is completely ordered. During the process, the free energy of the solid is minimised. Simulated annealing establishes a correspondence between the objective function and the free energy of simple thermodynamics systems under a slow descent of its temperature, and between the solutions and the physical states.