Integrating topology and shape optimization: a way to reduce weight in structural ship design

Authors

  • Germán A. Méndez Algarra
  • Andrés Tovar Pérez

Keywords:

computational structural design, topology optimization, shape optimization

Abstract

The Hybrid Cellular Automaton (HCA) algorithm is a methodology developed to simulate the process of functional adaptation in bones. The HCA algorithm combines elements of the cellular automaton (CA) paradigm with finite element analysis. This methodology has proved to be computationally efficient to solve topology optimization problems. In this paper, the HCA algorithm is integrated with a shape optimization algorithm that uses sequential quadratic programming. The geometry of the topologically optimized structure is converted into a two-dimensional solid model using an edge detection algorithm and parametric B-splines. An example problem of a Michell structure is presented. Also shown is the application of the shape optimization algorithm in the redesign of the lightening holes in the transverse floors of a riverine patrol vessel designed by COTECMAR. In both cases an appreciable weight reduction was obtained.

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How to Cite

Méndez Algarra, G. A., & Tovar Pérez, A. (2009). Integrating topology and shape optimization: a way to reduce weight in structural ship design. Ciencia Y tecnología De Buques, 3(5), 83–92. Retrieved from https://shipjournal.co/index.php/sst/article/view/32

Issue

Vol. 3 No. 5

Section

Scientific and Technological Research Articles

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