Author/Authors
KAHRAMAN, ilhan Anadolu University - Department of Materials Science and Engineering, TURKEY , SEYHAN, Abdullah Tugrul Anadolu University - Department of Materials Science and Engineering, TURKEY , YAPICIOGLU, Haluk Anadolu University - Department of Industrial Engineering, TURKEY.
Title Of Article
DESIGN AND OPTIMIZATION OF STACKING SEQUENCE FOR BUCKLING OF COMPOSITE CYLINDRICAL SHELLS UNDER UNIAXIAL COMPRESSION
شماره ركورد
34107
Abstract
This work aims at comparing the predictions obtained from various mathematical tools including genetic algorithm (GA), real valued particle swarm optimization (PSOC) and discrete particle swarm optimization (PSOD) for buckling of composite cylindrical shells subjected to uniaxial compressive load. Fiber orientation (stacking sequence) was considered as a design variable, while the number of plies is considered constant. The accuracy of the predictions was compared and ranked based on statistical significance of the findings. Results suggest that both GA and PSOD is able to produce high quality solutions to the design problem, while the designs produced by PSOD is found to be statistically better than those found by GA.
From Page
183
NaturalLanguageKeyword
laminated composite materials , Stacking sequence optimization , Cylindirical shells , Genetic algorithms , Particle swarm optimization.
JournalTitle
Anadolu University Journal of Science and Technology. A : Applied Sciences and Engineering
To Page
190
JournalTitle
Anadolu University Journal of Science and Technology. A : Applied Sciences and Engineering
Link To Document