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Modeling of properties of fiber reinforced cement composites

Jevtić Dragica / Zakić Dimitrije / Savić Aleksandar

This paper presents the results of authors' laboratory testing of the influence of steel fibers as fiber reinforcement on the change of properties of cement composite mortar and concrete type materials. Mixtures adopted - compositions of mortars had identical amounts of components: cement, sand and silica fume. The second type of mortar contained 60 kg/m3 of fiber reinforcement, as well as the addition of the latest generation of superplasticizer. Physical and mechanical properties of fiber reinforced mortars and etalon mixtures (density, flexural strength, compressive strength) were compared. Tests on concrete type cement composites included: density, mechanical strengths and the deformation properties. The tests showed an improvement in the properties of fiber reinforced composites.

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Modeling of properties of fiber reinforced cement composites

Jevtić Dragica / Zakić Dimitrije / Savić Aleksandar

This paper presents the results of authors' laboratory testing of the influence of steel fibers as fiber reinforcement on the change of properties of cement composite mortar and concrete type materials. Mixtures adopted - compositions of mortars had identical amounts of components: cement, sand and silica fume. The second type of mortar contained 60 kg/m3 of fiber reinforcement, as well as the addition of the latest generation of superplasticizer. Physical and mechanical properties of fiber reinforced mortars and etalon mixtures (density, flexural strength, compressive strength) were compared. Tests on concrete type cement composites included: density, mechanical strengths and the deformation properties. The tests showed an improvement in the properties of fiber reinforced composites.

Modeling of properties of fiber reinforced cement composites

Jevtić Dragica / Zakić Dimitrije / Savić Aleksandar

This paper presents the results of authors' laboratory testing of the influence of steel fibers as fiber reinforcement on the change of properties of cement composite mortar and concrete type materials. Mixtures adopted - compositions of mortars had identical amounts of components: cement, sand and silica fume. The second type of mortar contained 60 kg/m3 of fiber reinforcement, as well as the addition of the latest generation of superplasticizer. Physical and mechanical properties of fiber reinforced mortars and etalon mixtures (density, flexural strength, compressive strength) were compared. Tests on concrete type cement composites included: density, mechanical strengths and the deformation properties. The tests showed an improvement in the properties of fiber reinforced composites.

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Title:

Modeling of properties of fiber reinforced cement composites

Contributors:

Jevtić Dragica (author) / Zakić Dimitrije (author) / Savić Aleksandar (author)

Published in:

Facta Universitatis. Series: Architecture and Civil Engineering, Vol 6, Iss 2, Pp 165-172 (2008)

Publication date:

2008

ISSN:

DOI:

https://doi.org/10.2298/FUACE0802165J

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

Unknown

Keywords:

composite , mortar , concrete , steel fibers , silica fume , mechanical strenght , deformation properties , Architecture , NA1-9428 , Engineering (General). Civil engineering (General) , TA1-2040

Metadata by DOAJ is licensed under CC BY-SA 1.0

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