Publication detail
Multilevel Optimization of Complex Composite Structures with Variable Stiffness, Part II: Application of the Optimization Algorithm
SYMONOV, V.
Original Title
Multilevel Optimization of Complex Composite Structures with Variable Stiffness, Part II: Application of the Optimization Algorithm
Type
journal article in Web of Science
Language
English
Original Abstract
The application of the multilevel optimization algorithm proposed in the first part of the article is described. The weight minimization of a simple wing-box composite structure is chosen to validate the algorithm and to prove its effectiveness. To integrate all levels, codes and software of the algorithm, special optimization software, Noesis Optimus, is used. The upper-level optimization method is a hybrid optimization algorithm based on an interpolating response surface model. The MSC Nastran is used to calculate structural responses. Several runs of the entire multilevel algorithm were performed. The results obtained showed that the optimization multilevel algorithm proposed is very effective. It allows one to find the lighter designs in a shorter time or using lesser computational resources in comparison with the algorithms developed previously.
Keywords
composite structure; finite-element analysis; genetic algorithm; two-level optimization algorithm
Authors
SYMONOV, V.
Released
13. 3. 2023
Publisher
Springer
ISBN
0191-5665
Periodical
MECHANICS OF COMPOSITE MATERIALS
Year of study
59
Number
1
State
United States of America
Pages from
89
Pages to
100
Pages count
12
URL
BibTex
@article{BUT183240,
author="Volodymyr {Symonov}",
title="Multilevel Optimization of Complex Composite Structures with Variable Stiffness, Part II: Application of the Optimization Algorithm",
journal="MECHANICS OF COMPOSITE MATERIALS",
year="2023",
volume="59",
number="1",
pages="89--100",
doi="10.1007/s11029-023-10083-0",
issn="0191-5665",
url="https://link.springer.com/article/10.1007/s11029-023-10083-0"
}