OPTIMUM DESIGN (MINIMUM WEIGHT) OF SIGLE-LAYER-LATTICE DOMES WITH DIFFERENT TOPOLOGIES USING GENETIC ALGORITHM AND ARTIFICIAL NEURAL NETWORKS

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BANDEGI M.; SHAHABIAN F.

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Journal: STRUCTURE AND STEEL Year:2011 | Volume:6 | Issue:8 Page(s): 33-47

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Title

OPTIMUM DESIGN (MINIMUM WEIGHT) OF SIGLE-LAYER-LATTICE DOMES WITH DIFFERENT TOPOLOGIES USING GENETIC ALGORITHM AND ARTIFICIAL NEURAL NETWORKS

Author(s)

BANDEGI M. | SHAHABIAN F. | Issue Writer Certificate

Keywords

SINGLE-LAYER-LATTICE DOMEQ3

OPTIMIZATIONQ2

GENETIC ALGORITHMQ2

ARTIFICIAL NEURAL NETWORKSQ2

Abstract

In this paper, the two methods of GENETIC ALGORITHM and neural networks have been combined to achieve the optimum design (minimum weight) of SINGLE-LAYER-LATTICE DOMEs subjected to uniform gravitational loading.Herein, 378 models with six topologies, spans between 10 and 50 m and different span-to-height ratio from 1/8 to 1/2 have been analyzed and designed for the optimum weight and configuration using GENETIC ALGORITHM.Furthermore, the results were being used to train the ARTIFICIAL NEURAL NETWORKS to predict the optimum weight of the space domes. Thus, for a circular site plan with a specific diameter, an optimum SINGLE-LAYER-LATTICE DOME with specific configuration could be proposed by using the neuro-genetic system.

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APA: Copy

BANDEGI, M., & SHAHABIAN, F.. (2011). OPTIMUM DESIGN (MINIMUM WEIGHT) OF SIGLE-LAYER-LATTICE DOMES WITH DIFFERENT TOPOLOGIES USING GENETIC ALGORITHM AND ARTIFICIAL NEURAL NETWORKS. STRUCTURE AND STEEL, 6(8), 33-47. SID. https://sid.ir/paper/136624/en

Vancouver: Copy

BANDEGI M., SHAHABIAN F.. OPTIMUM DESIGN (MINIMUM WEIGHT) OF SIGLE-LAYER-LATTICE DOMES WITH DIFFERENT TOPOLOGIES USING GENETIC ALGORITHM AND ARTIFICIAL NEURAL NETWORKS. STRUCTURE AND STEEL[Internet]. 2011;6(8):33-47. Available from: https://sid.ir/paper/136624/en

IEEE: Copy

M. BANDEGI, and F. SHAHABIAN, “OPTIMUM DESIGN (MINIMUM WEIGHT) OF SIGLE-LAYER-LATTICE DOMES WITH DIFFERENT TOPOLOGIES USING GENETIC ALGORITHM AND ARTIFICIAL NEURAL NETWORKS,” STRUCTURE AND STEEL, vol. 6, no. 8, pp. 33–47, 2011, [Online]. Available: https://sid.ir/paper/136624/en

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