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Finite-element modelling of concrete prisms reinforced with composites plates—Theory of cracking

Kesteloot, S. / Djelal, C. / Baraka, S. / Benslimane, I.

Abstract This article concerns the repair and reinforcement of sewage structures using composite plates. Tests were performed to characterise the interface, using prisms reinforced with pultruded carbon fibre-based plates in different environments (normal, water-saturated, submerged). The prisms were then subjected to four-point bending to study the behaviour of the concrete/adhesive/composite interface and to obtain the intrinsic properties of the materials. A finite-element analysis was performed to reproduce the behaviour of the reinforced prisms. The results of these numerical calculations were then compared with the experimental tests.

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Finite-element modelling of concrete prisms reinforced with composites plates—Theory of cracking

Kesteloot, S. / Djelal, C. / Baraka, S. / Benslimane, I.

Abstract This article concerns the repair and reinforcement of sewage structures using composite plates. Tests were performed to characterise the interface, using prisms reinforced with pultruded carbon fibre-based plates in different environments (normal, water-saturated, submerged). The prisms were then subjected to four-point bending to study the behaviour of the concrete/adhesive/composite interface and to obtain the intrinsic properties of the materials. A finite-element analysis was performed to reproduce the behaviour of the reinforced prisms. The results of these numerical calculations were then compared with the experimental tests.

Finite-element modelling of concrete prisms reinforced with composites plates—Theory of cracking

Kesteloot, S. / Djelal, C. / Baraka, S. / Benslimane, I.

Abstract This article concerns the repair and reinforcement of sewage structures using composite plates. Tests were performed to characterise the interface, using prisms reinforced with pultruded carbon fibre-based plates in different environments (normal, water-saturated, submerged). The prisms were then subjected to four-point bending to study the behaviour of the concrete/adhesive/composite interface and to obtain the intrinsic properties of the materials. A finite-element analysis was performed to reproduce the behaviour of the reinforced prisms. The results of these numerical calculations were then compared with the experimental tests.

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Title:

Finite-element modelling of concrete prisms reinforced with composites plates—Theory of cracking

Contributors:

Kesteloot, S. (author) / Djelal, C. (author) / Baraka, S. (author) / Benslimane, I. (author)

Published in:

Materials and Structures ; 38

Publication date:

2005

ISSN:

DOI:

https://doi.org/10.1007/BF02479347

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

Energy Release Rate , Fracture Load , Normal Environment , Concrete Prism , Composite Plate

Classification:

BKL: 56.45 Baustoffkunde / 51.30 Werkstoffprüfung, Werkstoffuntersuchung
Local classification TIB: 275/6500 / 250/6500

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