연속형 및 혼합이산형 최적설계법에 의한 농업용 수로교 교각 및 교대의 최적설계
Optimum Design of Reinforced Concrete Agricultural Aqueduct Abutment and Pier Using Continuous and Mixed-Discrete Optimization Methods
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초록
It is proved that mixed-discrete optimization method is more reliable, efficient and reasonable than continuous optimization method for the This study was conducted to find out the best optimum design method for the design of reinforced concrete agricultural aqueduct abutment and pier structures. The mixed-discrete optimization and continuous optimization method were applied to the design of reinforced concrete agricultural aqueduct abutment and pier and the results of these optimization methods were compared each other. optimum design of the reinforced concrete agricultural aqueduct abutment and pier.
Abstract
It is proved that mixed-discrete optimization method is more reliable, efficient and reasonable than continuous optimization method for the This study was conducted to find out the best optimum design method for the design of reinforced concrete agricultural aqueduct abutment and pier structures. The mixed-discrete optimization and continuous optimization method were applied to the design of reinforced concrete agricultural aqueduct abutment and pier and the results of these optimization methods were compared each other. optimum design of the reinforced concrete agricultural aqueduct abutment and pier.
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