Frequency-Based Damage Assessment of Composite Members Using Unified Particle Swarm Optimization

Jebieshia, T. R.; Maiti, Dipak Kumar; Maity, Damodar

doi:10.1007/s42405-019-00187-0

Cited by 6 publications

(2 citation statements)

References 46 publications

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“…The interaction of the particles with its own previous locations and the best performing locations yields PSO algorithms an element of swarm intelligence not found in other evolutionary optimization techniques such as genetic algorithms. The PSO has found many applications indifferent fields including parameter identification [17], topology optimization [18], damage detection [19] etc. Ghannadi et al [20] present an overview of all the papers using PSO for damage detection.…”

Section: Damage Mappingmentioning

confidence: 99%

Sequential niching particle swarm optimization algorithm for localization of multiple damage locations using fiber bragg grating sensors

Soman

2024

NDT & E International

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Section: Damage Mappingmentioning

confidence: 99%

Sequential niching particle swarm optimization algorithm for localization of multiple damage locations using fiber bragg grating sensors

Soman

2024

NDT & E International

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“…Its main disadvantage is, however, that it can converge prematurely before reaching the best result (global optimum). To overcome this shortcoming, various improvements have been made to the method and satisfactory results have been obtained for damage detection in laminated composites (Rao et al 2015;Masoumi et al 2018;Jebieshia et al 2020).…”

Section: Introductionmentioning

confidence: 99%

Vibration-based damage detection in anisotropic laminated composite beams by a shear-deformable finite element and harmony search optimization

Kahya

Şimşek

Toğan

2022

Struct Multidisc Optim

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A numerical procedure to detect and quantify damages in laminated composite beams with arbitrary lay-up using limited vibration data and harmony search optimization is presented. Since any damage in a structure changes its vibration characteristics, they can be considered as the diagnostic parameters with the help of an optimization technique. For the present study, frequencies and mode shapes are used as the damage diagnostic parameters, and the harmony search algorithm (HSA) is used as the optimization tool. For finite element (FE) analyses, a fivenode, 13-degrees-of-freedom shear deformable beam element is employed. This element can take into account the elastic couplings among extension, bending, and torsion arising due to material anisotropy existing in generally laminated composites as well as the Poisson's effect. The damage to the beam is introduced by a stiffness loss coefficient at the elemental level while mass is assumed to be unchanged. Two different objective functions to be minimized are considered for damage detection. The efficacy of the proposed method with and without the presence of noise is demonstrated by two numerically simulated composite beams including single and multiple damages. Although its accuracy somewhat decreases in case of multiple minor damages, the proposed method is successful to detect moderate and severe single and multiple damages in practice. To overcome this weakness, (i) the algorithm can be hybridized with other metaheuristics, (ii) objective function can be enhanced by combining it with other vibration characteristics such as curvature, flexibility, etc., or (iii) two-or multi-stage damage identification methods can be considered.

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Damage detection in anisotropic-laminated composite beams based on incomplete modal data and teaching–learning-based optimization

Şimşek

Kahya

Adıyaman

et al. 2022

Struct Multidisc Optim

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Frequency-Based Damage Assessment of Composite Members Using Unified Particle Swarm Optimization

Cited by 6 publications

References 46 publications

Sequential niching particle swarm optimization algorithm for localization of multiple damage locations using fiber bragg grating sensors

Sequential niching particle swarm optimization algorithm for localization of multiple damage locations using fiber bragg grating sensors

Vibration-based damage detection in anisotropic laminated composite beams by a shear-deformable finite element and harmony search optimization

Damage detection in anisotropic-laminated composite beams based on incomplete modal data and teaching–learning-based optimization

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