Enhanced Reverse Engineering using Genetic-Algorithms-based Experimental Parallel Workflow for Optimum Design (CROSBI ID 572528)
Prilog sa skupa u zborniku | izvorni znanstveni rad | međunarodna recenzija
Podaci o odgovornosti
Vučina, Damir ; Pehnec, Igor
engleski
Enhanced Reverse Engineering using Genetic-Algorithms-based Experimental Parallel Workflow for Optimum Design
Shape optimization is numerically very intensive due to multidisciplinary objectives and constraints, many shape variables, non linear models, geometric infeasibility of candidate designs, etc. It involves participation of numerical optimizers, computer- aided geometric modelers and subject-related simulators as well as their coupling at the process- and data levels. This paper develops a simple experimental workflow which employs existing commercial software for computer-aided design, finite element analysis and evolutionary optimization modules. It sets up parallel execution of multiple simulators to reduce the execution time, which is implemented inexpensively by means of a self-made .net- based cluster. Shape optimization is introduced in the generic context of ‘enhanced’ reverse engineering with optimization whereby the initial solution can be obtained by 3D optical scanning and parameterization of an existing solution.
enhanced reverse engineering; genetic algorithms; optimum design
DOI: 10.1007/978-3-642-20520-0_18
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Podaci o prilogu
172-183.
2011.
objavljeno
Podaci o matičnoj publikaciji
Joint Conferences on Evolutionary Computing (EVO 2011) : Applications of Evolutionary Computation - EvoApplications 2011 : Proceedings. Part II = Lecture Notes in Computer Science (LNTCS). Vol. 6625 ; EvoHOT Contributions
Di Chio, C. ; et. al.
Springer
978-3-642-20519-4
Podaci o skupu
Joint Conferences on Evolutionary Computing
predavanje
27.04.2011-29.04.2011
Torino, Italija