Optimum Designof Reinforced Concrete Multi-Story Multi-Span Frame Structures under Static Loads
Optimum Designof Reinforced Concrete Multi-Story Multi-Span Frame Structures under Static Loads is a scholarly work, published in 2018 in ''International Journal of Engineering and Technology''. The main subjects of the publication include reinforced concrete, topology optimization, Structural health monitoring, computer science, metaheuristic, algorithm, uncertainty quantification, mathematical optimization, structural engineering, list of metaphor-inspired metaheuristics, and frame. The construction economy is one of the major goals of engineers and only an experienced engineer can make an economical design after several trial efforts.Whereas, the optimum design of structures can be found by using metaheuristic methods.Especially, the optimum design of reinforced concrete (RC) structures is challenging since two materials with different price and behavior are used.In that case, the optimization problem is highly non-linear and the developed methods employing harmony search (HS) algorithm is effective to solve the problem in several random stages.As the numerical example, the method was tested for two-story two-span RC frames.The results show that the metaheuristic based methodology is feasible.