The behavior of the steel fiber reinforced concrete (SFRC) was discussed using uniaxial tensile cyclic tests on cylindrical specimens subjected to low-cycle fatigue. These tests were carried out on cracked specimens with fracture process zones. The SFRC were found to be influenced by concrete matrix, geometry and content of fibers. It was observed that high fatigue performances was obtained using high strength cementitious matrix, that exhibited fiber reinforcement
Cement concrete is the most extensively used construction material in the world. The reason for its ...
Cementitious materials are brittle and have an inherent weakness in resisting in tension. Fibre rein...
In order to evaluate the fatigue behaviour of Ultra-High Performance steel Fibre Reinforced Concrete...
The present paper deals with an experimental study on the fatigue behavior under bending of plain an...
In the present study, the capability of high-strength short steel fibers to control the degradation ...
The present paper provides a brief overview of recent developments in the study of fatigue behavior ...
Some types of fiber-reinforced concrete (FRC) such as steel fiber-reinforced concrete (SFRC) or poly...
The experiments of high-strength steel-fiber-reinforced concrete (SFRC) beams subjected to fatigue b...
International audienceThis study investigated both the influence of longitudinal steel ratio and ste...
The use of fiber-reinforced concretes (FRC) for infrastructures subject to fatigue loading can resul...
Systematic investigations of hardened cement paste, high-performance concrete and mortar with and wi...
This paper presents an experimental study on flexural fatigue dynamic behavior of reinforced concret...
During the fracture process of steel fiber reinforced high-performance (SFRHPC) concrete fibres are ...
This paper presents an experimental investigation on the post-crack flexural fatigue behaviour of a ...
It is well known that the monotonic behaviour of reinforced concrete can be improved with the additi...
Cement concrete is the most extensively used construction material in the world. The reason for its ...
Cementitious materials are brittle and have an inherent weakness in resisting in tension. Fibre rein...
In order to evaluate the fatigue behaviour of Ultra-High Performance steel Fibre Reinforced Concrete...
The present paper deals with an experimental study on the fatigue behavior under bending of plain an...
In the present study, the capability of high-strength short steel fibers to control the degradation ...
The present paper provides a brief overview of recent developments in the study of fatigue behavior ...
Some types of fiber-reinforced concrete (FRC) such as steel fiber-reinforced concrete (SFRC) or poly...
The experiments of high-strength steel-fiber-reinforced concrete (SFRC) beams subjected to fatigue b...
International audienceThis study investigated both the influence of longitudinal steel ratio and ste...
The use of fiber-reinforced concretes (FRC) for infrastructures subject to fatigue loading can resul...
Systematic investigations of hardened cement paste, high-performance concrete and mortar with and wi...
This paper presents an experimental study on flexural fatigue dynamic behavior of reinforced concret...
During the fracture process of steel fiber reinforced high-performance (SFRHPC) concrete fibres are ...
This paper presents an experimental investigation on the post-crack flexural fatigue behaviour of a ...
It is well known that the monotonic behaviour of reinforced concrete can be improved with the additi...
Cement concrete is the most extensively used construction material in the world. The reason for its ...
Cementitious materials are brittle and have an inherent weakness in resisting in tension. Fibre rein...
In order to evaluate the fatigue behaviour of Ultra-High Performance steel Fibre Reinforced Concrete...