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  5. Volume 2, Issue 2 (2014)
  6. Mass Optimization of Engineering Structu ...

Computational Science and Techniques

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Mass Optimization of Engineering Structures Applying Genetic Algorithms
Volume 2, Issue 2 (2014), pp. 313–327
Valentina Gerfolveden   Darius Mačiūnas   Dmitrij Šešok     All authors (5)

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https://doi.org/10.15181/csat.v2i2.892
Pub. online: 22 June 2015      Type: Article      Open accessOpen Access

Received
28 November 2014
Accepted
19 February 2015
Published
22 June 2015

Abstract

The paper proposes a technology for mass optimization of two-dimensional body applying genetic algorithms. Main attention is focused on geometry of 2D body, i. e. search for optimal coordinates of body points. Direct analysis of 2D body – von Mises stress determination – is performed using original program based on finite element method. The set of design parameters contains the coordinates of body points in 2D space. The results of numerical experiments proved the proposed technology to be efficient tool for solution of 2D body mass optimization problem.

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Keywords
genetic algorithms global optimization mass minimization strategies of genetic algorithms finite element method

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