2010•Unpublished venueRequires access

Genetic Algorithms Based Methodologies for Optimization Designs of RC Structures

Mingqi Lu, Liao Xing

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Abstract

In the paper, an optimization method based on genetic algorithm was proposed. The objective of the optimization procedure is to minimize the material and construction costs of reinforced concrete structural elements subjected to serviceability and strength requirements described by the code for design of concrete structures Code. Different constraints conditions according to the code for design of concrete structures were given. The objective function of a structural design is penalized. From a two-story RC frame optimization design example, it can be seen that the method proposed in the paper is effective and applicable.

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What this paper is about

In the paper, an optimization method based on genetic algorithm was proposed. The objective of the optimization procedure is to minimize the material and construction costs of reinforced concrete structural elements subjected to serviceability and strength requirements described by the code for design of concrete structures Code. Different constraints conditions according to the code for design of concrete structures were given. The objective function of a structural design is penalized. From a two-story RC frame optimization design example, it can be seen that the method proposed in the paper is effective and applicable.

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Available abstract

In the paper, an optimization method based on genetic algorithm was proposed. The objective of the optimization procedure is to minimize the material and construction costs of reinforced concrete structural elements subjected to serviceability and strength requirements described by the code for design of concrete structures Code. Different constraints conditions according to the code for design of concrete structures were given. The objective function of a structural design is penalized. From a two-story RC frame optimization design example, it can be seen that the method proposed in the paper is effective and applicable.

Key concepts: Serviceability (structure), Computer science, Reinforced concrete, Genetic algorithm, Structural engineering, Frame (networking), Code (set theory), Mathematical optimization

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