FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2941873136> ?p ?o ?g. }

• W2941873136 endingPage "2072" @default.
• W2941873136 startingPage "2053" @default.
• W2941873136 abstract "We present a novel approach, referred to as the “threshold shift method” (TSM), for reliability-based design optimization (RBDO). The proposed approach is similar in spirit with the sequential optimization and reliability analysis (SORA) method where the RBDO problem is decoupled into an optimization and a reliability analysis problem. However, unlike SORA that utilizes shift vector to shift the design variables within a constraint (independently), in TSM, we propose to shift the threshold of the constraints. We argue that modifying a constraint, either by shifting the design variables (SORA) or by shifting the threshold of the constraints (TSM), influences the other constraints of the system. Therefore, we propose to determine the thresholds for all the constraints by solving a single optimization problem. Additionally, the proposed TSM is equipped with an active-constraint determination scheme. To make the method scalable, a practical algorithm for TSM that utilizes two surrogate models is proposed. Unlike the conventional RBDO methods, the proposed approach has the ability to handle highly non-linear probabilistic constraints. The performance of the proposed approach is examined on six benchmark problems selected from the literature. The proposed approach yields excellent results outperforming other popular methods in literature. As for the computational efficiency, the proposed approach is found to be highly efficient, indicating it’s future application to other real–life problems." @default.
• W2941873136 created "2019-05-03" @default.
• W2941873136 creator A5015683810 @default.
• W2941873136 creator A5030664714 @default.
• W2941873136 creator A5042947686 @default.
• W2941873136 creator A5065190539 @default.
• W2941873136 date "2019-05-21" @default.
• W2941873136 modified "2023-10-16" @default.
• W2941873136 title "Threshold shift method for reliability-based design optimization" @default.
• W2941873136 cites W1977292205 @default.
• W2941873136 cites W1978459922 @default.
• W2941873136 cites W1984584655 @default.
• W2941873136 cites W1985849618 @default.
• W2941873136 cites W1985926778 @default.
• W2941873136 cites W1991548802 @default.
• W2941873136 cites W1995738362 @default.
• W2941873136 cites W2006722582 @default.
• W2941873136 cites W2008209167 @default.
• W2941873136 cites W2016811440 @default.
• W2941873136 cites W2018159038 @default.
• W2941873136 cites W2023261859 @default.
• W2941873136 cites W2041441816 @default.
• W2941873136 cites W2042925520 @default.
• W2941873136 cites W2044563857 @default.
• W2941873136 cites W2049046773 @default.
• W2941873136 cites W2049774453 @default.
• W2941873136 cites W2060760684 @default.
• W2941873136 cites W2066562643 @default.
• W2941873136 cites W2067257260 @default.
• W2941873136 cites W2077780148 @default.
• W2941873136 cites W2080163334 @default.
• W2941873136 cites W2085288813 @default.
• W2941873136 cites W2094462906 @default.
• W2941873136 cites W2096285034 @default.
• W2941873136 cites W2103921003 @default.
• W2941873136 cites W2109911333 @default.
• W2941873136 cites W2119814947 @default.
• W2941873136 cites W2125782912 @default.
• W2941873136 cites W2128881158 @default.
• W2941873136 cites W2140306712 @default.
• W2941873136 cites W2142128101 @default.
• W2941873136 cites W2145974813 @default.
• W2941873136 cites W2152978141 @default.
• W2941873136 cites W2155899967 @default.
• W2941873136 cites W2160743955 @default.
• W2941873136 cites W2178011284 @default.
• W2941873136 cites W2287590644 @default.
• W2941873136 cites W2321905768 @default.
• W2941873136 cites W2324506314 @default.
• W2941873136 cites W2337900565 @default.
• W2941873136 cites W2345687348 @default.
• W2941873136 cites W2470952352 @default.
• W2941873136 cites W2508269357 @default.
• W2941873136 cites W2559194919 @default.
• W2941873136 cites W2587482243 @default.
• W2941873136 cites W2599912551 @default.
• W2941873136 cites W2600052982 @default.
• W2941873136 cites W2601461879 @default.
• W2941873136 cites W2735087778 @default.
• W2941873136 cites W2735188223 @default.
• W2941873136 cites W2751386881 @default.
• W2941873136 cites W2754093857 @default.
• W2941873136 cites W2756359270 @default.
• W2941873136 cites W2766476565 @default.
• W2941873136 cites W2777966713 @default.
• W2941873136 cites W2783943071 @default.
• W2941873136 cites W2803343111 @default.
• W2941873136 cites W2806414582 @default.
• W2941873136 cites W2883662727 @default.
• W2941873136 cites W2895906731 @default.
• W2941873136 cites W2898474476 @default.
• W2941873136 cites W2900884388 @default.
• W2941873136 cites W2962998905 @default.
• W2941873136 cites W2963889731 @default.
• W2941873136 cites W3126133291 @default.
• W2941873136 doi "https://doi.org/10.1007/s00158-019-02310-x" @default.
• W2941873136 hasPublicationYear "2019" @default.
• W2941873136 type Work @default.
• W2941873136 sameAs 2941873136 @default.
• W2941873136 citedByCount "17" @default.
• W2941873136 countsByYear W29418731362020 @default.
• W2941873136 countsByYear W29418731362021 @default.
• W2941873136 countsByYear W29418731362022 @default.
• W2941873136 countsByYear W29418731362023 @default.
• W2941873136 crossrefType "journal-article" @default.
• W2941873136 hasAuthorship W2941873136A5015683810 @default.
• W2941873136 hasAuthorship W2941873136A5030664714 @default.
• W2941873136 hasAuthorship W2941873136A5042947686 @default.
• W2941873136 hasAuthorship W2941873136A5065190539 @default.
• W2941873136 hasBestOaLocation W29418731362 @default.
• W2941873136 hasConcept C121332964 @default.
• W2941873136 hasConcept C127413603 @default.
• W2941873136 hasConcept C138852830 @default.
• W2941873136 hasConcept C163258240 @default.
• W2941873136 hasConcept C200601418 @default.
• W2941873136 hasConcept C34972735 @default.
• W2941873136 hasConcept C41008148 @default.
• W2941873136 hasConcept C43214815 @default.

• next