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Numerical Investigation of Fracture Behavior for Glass Fiber Composite Concretes

Meryem Charef / Nabil Kazi Tani / Ahmed Soufiane Benosman / Hasan Dilbas

Waste aggregate-based composite cementitious materials preserve natural resources and reduce environmental concerns throughout green concepts. In this view, recycled waste aggregate-based concrete and its innovative design require advanced computational modeling techniques. Accordingly, this comprehensive and computational research is conducted to investigate the fracture behavior of notched glass fiber reinforced concrete beam modeled with finite element method. The impacts of substitution ratios of the waste on strains and crack opening displacements of validated beam models are investigated and argued.

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Numerical Investigation of Fracture Behavior for Glass Fiber Composite Concretes

Meryem Charef / Nabil Kazi Tani / Ahmed Soufiane Benosman / Hasan Dilbas

Waste aggregate-based composite cementitious materials preserve natural resources and reduce environmental concerns throughout green concepts. In this view, recycled waste aggregate-based concrete and its innovative design require advanced computational modeling techniques. Accordingly, this comprehensive and computational research is conducted to investigate the fracture behavior of notched glass fiber reinforced concrete beam modeled with finite element method. The impacts of substitution ratios of the waste on strains and crack opening displacements of validated beam models are investigated and argued.

Numerical Investigation of Fracture Behavior for Glass Fiber Composite Concretes

Meryem Charef / Nabil Kazi Tani / Ahmed Soufiane Benosman / Hasan Dilbas

Waste aggregate-based composite cementitious materials preserve natural resources and reduce environmental concerns throughout green concepts. In this view, recycled waste aggregate-based concrete and its innovative design require advanced computational modeling techniques. Accordingly, this comprehensive and computational research is conducted to investigate the fracture behavior of notched glass fiber reinforced concrete beam modeled with finite element method. The impacts of substitution ratios of the waste on strains and crack opening displacements of validated beam models are investigated and argued.

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Document information

Title:

Numerical Investigation of Fracture Behavior for Glass Fiber Composite Concretes

Contributors:

Meryem Charef (author) / Nabil Kazi Tani (author) / Ahmed Soufiane Benosman (author) / Hasan Dilbas (author)

Published in:

Journal of Building Materials and Structures, Vol 11, Iss 2 (2024)

Publication date:

2024

ISSN:

DOI:

https://doi.org/10.34118/jbms.v11i2.4112

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

Unknown

Keywords:

Fracture behavior , Crack , Glass fiber , Composite concretes , CMOD , Numerical modelling , Building construction , TH1-9745

Metadata by DOAJ is licensed under CC BY-SA 1.0

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