Concrete is often sensitive to cracking during the hardening process, and these cracks could be the result of early-age shrinkage. One method to reduce shrinkage is to add different types of fibres to concrete. The aim of this study was to study the effects of different types of fibres on the early-age autogenous shrinkage of concrete. Three different types of fibre materials were used in the research. A “Schleibinger Bending-drain” test setup was used to record early-age autogenous shrinkage of fresh concrete immediately after mixing. The results show that, a fibre dosage of 0.38% by volume was found to be effective in reducing the effects of early-age autogenous shrinkage of concrete.Peer reviewe
Durability requirements have become a major issue in the design of concrete structures today. The ha...
Concrete structures are subjected to shrinkage since the moment when the water makes contact with th...
The influence of steel fibre inclusion on the shrinkage of 16 full-size plain and reinforced concret...
Volume change of concrete resulting from structural and environmental factors is an acceptable pheno...
Concrete shrinkage is of increasing concern when making durable structures. Over time, the shrinkage...
The results of a laboratory investigation on the early autogenous shrinkage of high strength concret...
When assessing the cracking potential of concrete it is critical to refer to the total shrinkage: bo...
The role of fibres against cracking in concrete because of volumetric deformations has become popula...
The current paper presents the results of early-age restrained shrinkage (RS) tests on Ordinary Port...
This paper presents the test results on autogenous shrinkage of high performance concrete containing...
When the concrete loses its moisture, shrinkage and volume reduction is happening and eventually cra...
The aim of this paper was to study the behaviour of new high-performance fibre-reinforced cement com...
The purpose of this work is to describe fibres properties, micro armed concrete as a composite mater...
Volume changes can occur in concrete during the first 24 hr and are generally missed in laboratory s...
Early-age shrinkage and cracking have become reoccurring problem in concrete construction.Conditions...
Durability requirements have become a major issue in the design of concrete structures today. The ha...
Concrete structures are subjected to shrinkage since the moment when the water makes contact with th...
The influence of steel fibre inclusion on the shrinkage of 16 full-size plain and reinforced concret...
Volume change of concrete resulting from structural and environmental factors is an acceptable pheno...
Concrete shrinkage is of increasing concern when making durable structures. Over time, the shrinkage...
The results of a laboratory investigation on the early autogenous shrinkage of high strength concret...
When assessing the cracking potential of concrete it is critical to refer to the total shrinkage: bo...
The role of fibres against cracking in concrete because of volumetric deformations has become popula...
The current paper presents the results of early-age restrained shrinkage (RS) tests on Ordinary Port...
This paper presents the test results on autogenous shrinkage of high performance concrete containing...
When the concrete loses its moisture, shrinkage and volume reduction is happening and eventually cra...
The aim of this paper was to study the behaviour of new high-performance fibre-reinforced cement com...
The purpose of this work is to describe fibres properties, micro armed concrete as a composite mater...
Volume changes can occur in concrete during the first 24 hr and are generally missed in laboratory s...
Early-age shrinkage and cracking have become reoccurring problem in concrete construction.Conditions...
Durability requirements have become a major issue in the design of concrete structures today. The ha...
Concrete structures are subjected to shrinkage since the moment when the water makes contact with th...
The influence of steel fibre inclusion on the shrinkage of 16 full-size plain and reinforced concret...