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Development of an Optimization Technique for Robust Design of Mechanical Structures
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 Title & Authors
Development of an Optimization Technique for Robust Design of Mechanical Structures
Jeong, Do-Hyeon; Lee, Byeong-Chae;
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 Abstract
In order to reduce the variation effects of uncertainties in the engineering environments, new robust optimization method, which considers the uncertainties in design process, is proposed. Both design variables and system parameters are considered as random variables about their nominal values. To ensure the robustness of performance function, a new objective is set to minimize the variance of that function. Constraint variations are handled by introducing probability constraints. Probability constraints are solved by the advanced first order second moment (AFOSM) method based on the reliability theory. The proposed robust optimization method has an advantage that the second derivatives of the constraints are not required. The suggested method is examined by solving three examples and the results are compared with those for deterministic case and those available in literature.
 Keywords
Robust Design;Uncertainty;Sensitivity Robustness;Feasibility Robustness;Probabilistic Constraint;
 Language
Korean
 Cited by
1.
저주파 스피커 출력음 대비 차량 진동 특성 연구,김기창;김찬묵;

한국소음진동공학회논문집, 2007. vol.17. 8, pp.673-682 crossref(new window)
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