Impact of reinforcement on shrinkage in the concrete floors of a residential building

The type of floor in a building object results from the serviceability requirements, technical possibilities, and costs of its implementation. Concrete screeds constituting the structural layer of the floor can be made without reinforcement, with dispersed reinforcement, or reinforced with meshes of...
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Autor*in:	Raczkiewicz Wioletta [verfasserIn] Wójcicki Artur [verfasserIn]

Format:	E-Artikel
Sprache:	Englisch

Erschienen:	2020

Schlagwörter:	concrete screed concrete shrinkage fibre-reinforced concrete reinforcing mesh laboratory specimens

Übergeordnetes Werk:	In: Science and Engineering of Composite Materials - De Gruyter, 2019, 27(2020), 1, Seite 317-324
Übergeordnetes Werk:	volume:27 ; year:2020 ; number:1 ; pages:317-324

Links:	Link aufrufen Link aufrufen Link aufrufen Journal toc Journal toc

DOI / URN:	10.1515/secm-2020-0036

Katalog-ID:	DOAJ059022434

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source	In Science and Engineering of Composite Materials 27(2020), 1, Seite 317-324 volume:27 year:2020 number:1 pages:317-324
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author	Raczkiewicz Wioletta
spellingShingle	Raczkiewicz Wioletta misc TA401-492 misc concrete screed misc concrete shrinkage misc fibre-reinforced concrete misc reinforcing mesh misc laboratory specimens misc Materials of engineering and construction. Mechanics of materials Impact of reinforcement on shrinkage in the concrete floors of a residential building
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topic	misc TA401-492 misc concrete screed misc concrete shrinkage misc fibre-reinforced concrete misc reinforcing mesh misc laboratory specimens misc Materials of engineering and construction. Mechanics of materials
topic_unstemmed	misc TA401-492 misc concrete screed misc concrete shrinkage misc fibre-reinforced concrete misc reinforcing mesh misc laboratory specimens misc Materials of engineering and construction. Mechanics of materials
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title	Impact of reinforcement on shrinkage in the concrete floors of a residential building
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title_sort	impact of reinforcement on shrinkage in the concrete floors of a residential building
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abstract	The type of floor in a building object results from the serviceability requirements, technical possibilities, and costs of its implementation. Concrete screeds constituting the structural layer of the floor can be made without reinforcement, with dispersed reinforcement, or reinforced with meshes of various materials. Due to the large surface dimensions, concrete screeds are susceptible to scratches as a result of occurring strains, service loads and unevenness of the floor. There are detailed recommendations on how to make floors, and on the materials used. However, the conditions in which floors are made often differ from those recommended. The article presents the results of measured strains on the surfaces of three screeds constituting the floor layer in a residential building. The screeds, which were made in identical environmental conditions, differed in the type of reinforcement used: steel mesh, dispersed polypropylene fibres, fibreglass mesh. In addition, strain measurements were carried out on concrete and fibre-reinforced concrete specimens made of the mix used to make the screeds. The results allowed the assessment of the effectiveness of the reinforcement used, the impact of environmental conditions on the values, and the analysis of differences in the course of strains in real elements and the specimens.
abstractGer	The type of floor in a building object results from the serviceability requirements, technical possibilities, and costs of its implementation. Concrete screeds constituting the structural layer of the floor can be made without reinforcement, with dispersed reinforcement, or reinforced with meshes of various materials. Due to the large surface dimensions, concrete screeds are susceptible to scratches as a result of occurring strains, service loads and unevenness of the floor. There are detailed recommendations on how to make floors, and on the materials used. However, the conditions in which floors are made often differ from those recommended. The article presents the results of measured strains on the surfaces of three screeds constituting the floor layer in a residential building. The screeds, which were made in identical environmental conditions, differed in the type of reinforcement used: steel mesh, dispersed polypropylene fibres, fibreglass mesh. In addition, strain measurements were carried out on concrete and fibre-reinforced concrete specimens made of the mix used to make the screeds. The results allowed the assessment of the effectiveness of the reinforcement used, the impact of environmental conditions on the values, and the analysis of differences in the course of strains in real elements and the specimens.
abstract_unstemmed	The type of floor in a building object results from the serviceability requirements, technical possibilities, and costs of its implementation. Concrete screeds constituting the structural layer of the floor can be made without reinforcement, with dispersed reinforcement, or reinforced with meshes of various materials. Due to the large surface dimensions, concrete screeds are susceptible to scratches as a result of occurring strains, service loads and unevenness of the floor. There are detailed recommendations on how to make floors, and on the materials used. However, the conditions in which floors are made often differ from those recommended. The article presents the results of measured strains on the surfaces of three screeds constituting the floor layer in a residential building. The screeds, which were made in identical environmental conditions, differed in the type of reinforcement used: steel mesh, dispersed polypropylene fibres, fibreglass mesh. In addition, strain measurements were carried out on concrete and fibre-reinforced concrete specimens made of the mix used to make the screeds. The results allowed the assessment of the effectiveness of the reinforcement used, the impact of environmental conditions on the values, and the analysis of differences in the course of strains in real elements and the specimens.
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title_short	Impact of reinforcement on shrinkage in the concrete floors of a residential building
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