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The performance of fibre reinforced cementitious composites depends on the interaction between the cementitious matrix and the fibres on the micro-scale. This interaction is affected by the material and surface properties of the fibre and the micro-scale characteristics of the cementitious matrix close to the fibre surface, creating the interfacial transition zone (ITZ). However, the discussions regarding the effect of the surface properties of fibres on the formation of the ITZ and, as a result, the bond strength between the matrix and the fibres are limited. The present paper reports the progress of the ongoing research project, which concentrates on investigating the contact created by the steel fibres with different characteristics of t...
A new approach to characterize ITZ between microfiber and cement matrix is reported. Results show th...
Following the development of an improved theoretical analysis of fibre pull-out on the basis of the ...
This paper presents a modeling-based relationship between fiber diameter and frictional bond strengt...
The performance of fibre reinforced cementitious composites depends on the interaction between the c...
The performance of fibre reinforced cementitious composites depends on the interaction between the c...
As fibre-reinforced cementitious composites (FRCC) are multi-scale materials, their structural perfo...
The morphology of the interfacial transition zone, (ITZ), present at steel fibre and cement-paste in...
The use of high performance composite fibers allows for the improvement of the mechanical properties...
This dissertation presents the investigation results on fiber/cement bond property modification in r...
Wood fibres can be a low cost reinforcement for cementitious materials for structural applications. ...
A comprehensive experimental program on pullout tests of steel fibers from cement based matrices is ...
This document entails the research work carried out to propose a new method for quantifying the inte...
The interfacial transition zone (ITZ) in concrete is the region of the cement paste that is disturbe...
Natural fibers-reinforced cement composites have recently attracted more interest due to the trend i...
The properties of the interfacial transition zone (ITZ) between microfiber and cement-based matrix a...
A new approach to characterize ITZ between microfiber and cement matrix is reported. Results show th...
Following the development of an improved theoretical analysis of fibre pull-out on the basis of the ...
This paper presents a modeling-based relationship between fiber diameter and frictional bond strengt...
The performance of fibre reinforced cementitious composites depends on the interaction between the c...
The performance of fibre reinforced cementitious composites depends on the interaction between the c...
As fibre-reinforced cementitious composites (FRCC) are multi-scale materials, their structural perfo...
The morphology of the interfacial transition zone, (ITZ), present at steel fibre and cement-paste in...
The use of high performance composite fibers allows for the improvement of the mechanical properties...
This dissertation presents the investigation results on fiber/cement bond property modification in r...
Wood fibres can be a low cost reinforcement for cementitious materials for structural applications. ...
A comprehensive experimental program on pullout tests of steel fibers from cement based matrices is ...
This document entails the research work carried out to propose a new method for quantifying the inte...
The interfacial transition zone (ITZ) in concrete is the region of the cement paste that is disturbe...
Natural fibers-reinforced cement composites have recently attracted more interest due to the trend i...
The properties of the interfacial transition zone (ITZ) between microfiber and cement-based matrix a...
A new approach to characterize ITZ between microfiber and cement matrix is reported. Results show th...
Following the development of an improved theoretical analysis of fibre pull-out on the basis of the ...
This paper presents a modeling-based relationship between fiber diameter and frictional bond strengt...
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