Robust design methods in aerospace engineering
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Research Report
Authors: M. Kouhi, E. Oñate, G. BugedaEditorial: CIMNE
Year of publication: 2008
Index: Contents, Introduction, Robustness, Aerospace shape optimization, Uncertainty parameters,Aerospace shape optimization under uncertainty, Overview of Available Robust Design Methods, Multipoint method, Minimax method, Expected Value method, Second order second moment method, Taguchi method, Deterministic viewpoint, Stochastic viewpoint, Game Strategies for Multi objective Optimization, Cooperative Games (Pareto Front), Competitive Games (Nash Game)
Research Report
Authors: M. Kouhi, E. Oñate, G. BugedaEditorial: CIMNE
Year of publication: 2008
Index: Contents, Introduction, Robustness, Aerospace shape optimization, Uncertainty parameters,Aerospace shape optimization under uncertainty, Overview of Available Robust Design Methods, Multipoint method, Minimax method, Expected Value method, Second order second moment method, Taguchi method, Deterministic viewpoint, Stochastic viewpoint, Game Strategies for Multi objective Optimization, Cooperative Games (Pareto Front), Competitive Games (Nash Game)
Description
This document is an introduction to some important methodologies that have been developed in robust design in aerospace engineering. After describing the concept of robustness and uncertainty, multipoint, minimax, expected value, second order second moment and Taguchi methods are mentioned. At the end of this report, Gsmr Theory, as one of the approach for multi objective optimization problems has been introduced