Airfoil shape optimization using variable-complexity methods.
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Word Count
14,750 words, Guess
Page Count
59 pages
Identifiers
- ISBN-100494070935
- ISBN-139780494070932
- Open LibraryOL19216107M
Description
This thesis deals with variable-complexity optimization, which consists of either using high- and low-fidelity models of the analysis or using variable parameterization of the optimization problem to reduce the computational cost of the optimization process. In this thesis, we present a variable-fidelity framework that is mathematically robust. We then present the results on analytical test cases for the framework and variable-parameterization method, which involves using different design variables during the course of the optimization process. The framework and the variable-parameterization method are then used to perform airfoil shape optimization. The variable-fidelity framework performed satisfactorily for most cases while a thorough mathematical study is needed for the variable-parameterization method.
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