Inverse-Pagerank-particle swarm optimisation for inverse identification of hyperelastic models: a feasibility study

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Journal of Rubber Research (JRR)

2021

Inverse-Pagerank-particle swarm optimisation for inverse identification of hyperelastic models: a feasibility study

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Title: Inverse-Pagerank-particle swarm optimisation for inverse identification of hyperelastic models: a feasibility study
Creator: Bastos, G.
Creator: N. Di Cesare
Creator: A. Tayeb
Creator: J.-B. Le Cam
Creator: Sales, L.
Contributor: Rosazimah Harun
Contributor: Nor Faezah Bt. Ismail
Subject: PRRIM
Subject: Journal Rubber Research
Subject: Chemistry and technology of rubber: general
Date: 2021-11-8 |2021-11-8 |2001–1 |2021 | | | | | | |
Date: 2021September
Publisher: Kuala Lumpur: Malaysian Rubber Board
Description: In this study, the Finite-Element Model Updating (FEMU) technique is used to identify hyperelastic parameters from only one heterogeneous test. A residual considering measured and identified stretches as well as the global reaction force of the specimen is built. The originality of this paper is to investigate the feasibility of the resolution of this minimisation problem using the Inverse-PageRank-particle swarm optimisation (PSO) for identifying hyperelastic parameters. For that purpose, the so-called PSO technique has been enriched with a PageRank algorithm to adapt iteratively the PSO parameters. As the paper examines whether Inverse-PageRank-PSO is adapted or not to the minimisation of the objective function in the present case, only two basic hyperelastic models have been considered.

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collection(s): 2021
Identifier: 1511-1768
Identifier: valet-20211108-122349
Identifier: vital1:97443
Format: Adobe Acrobat PDFAdobe Acrobat PDF
Coverage: 2021, September, ,
Language: EN
Relation: 24, 3, -, 447, 460
Relation: J Rubb Res (2021) 24(3):447-460
Rights: No|No
Type: Article
Source: Journal Rubber Research
Source: External/Others

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Bastos, G., N. Di Cesare, A. Tayeb, J.-B. Le Cam, Sales, L.. Kuala Lumpur: Malaysian Rubber Board; 2021-11-8 |2021-11-8 |2001–1 |2021 | | | | | | |. Inverse-Pagerank-particle swarm optimisation for inverse identification of hyperelastic models: a feasibility study.

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2021

Inverse-Pagerank-particle swarm optimisation for inverse identification of hyperelastic models: a feasibility study

VITAL Repository 5.2