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Can I read Truss Topology, Shape and Sizing Optimization by Fully Stressed Design Based on Hybrid Grey Wolf Optimization and Adaptive Differential Evolution on EtoBox?
Truss Topology, Shape and Sizing Optimization by Fully Stressed Design Based on Hybrid Grey Wolf Optimization and Adaptive Differential Evolution by Natee Panagant; Sujin Bureerat is a Engineering article available to read on EtoBox.
What is Truss Topology, Shape and Sizing Optimization by Fully Stressed Design Based on Hybrid Grey Wolf Optimization and Adaptive Differential Evolution about?
A hybrid adaptive optimization algorithm based on integrating grey wolf optimization into adaptive differential evolution with fully stressed design (FSD) local search is presented in this article. Hybrid reproduction and control parameter adaptation strategies are employed to increase the performance of the algorithm. The proposed algorithm, called fully stressed design-grey wolf-adaptive differential evolution (FSD-GWADE), is demonstrated to tackle a variety of truss optimization problems. The problems have mixed continuous/discrete design variables that are assigned as simultaneous topology, shape and sizing design variables. FSD-GWADE provides competitive results and gives superior results at a higher success rate than the previous FSD-based algorithm.
Who reads Truss Topology, Shape and Sizing Optimization by Fully Stressed Design Based on Hybrid Grey Wolf Optimization and Adaptive Differential Evolution?
It is typically read by researchers, students, and practitioners in Engineering.
- Author
- Natee Panagant; Sujin Bureerat
- Publisher
- Informa UK Limited
- Published
- 2018
- Language
- EN
- Field
- Engineering (Physical Sciences)