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Materials, Methods & Technologies, Volume 11, 2017

Fatih Karacam, Taner Timarci
Pages: 430-441
Published: 29 Jul 2017
Views: 1,471
Downloads: 467
Abstract: The bending analysis of symmetric laminated composite beams is carried out using stacking sequence optimization for various boundary conditions. Stacking sequences are optimized in order to obtain certain parameters such as minimum deflection, normal and shear stresses. A unified shear deformation theory and a genetic algorithm are used in the analytical method and optimization process respectively. Stacking sequences representing the individuals of each population are used as the optimization parameters. An elitist approach is applied to the algorithm in order to increase the convergency to optimum values.
Keywords: bending of composite beams, symmetric laminated composite beams, stacking sequence optimization, genetic algorithm
Cite this article: Fatih Karacam, Taner Timarci. BENDING ANALYSIS OF SYMMETRIC LAMINATED COMPOSITE BEAMS USING STACKING SEQUENCE OPTIMIZATION. Journal of International Scientific Publications: Materials, Methods & Technologies 11, 430-441 (2017).
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