This data article presents fibre mechanical properties acquired using automated single fibre tensile testing equipment. The raw data consists of the fibre diameter, gauge length and load-displacement diagrams. A total of 690 fibres were tested across four carbon and one glass fibre type. The largest dataset, for the T700S carbon fibre, consists of 217 data points. After performing a compliance calibration, the load-displacement diagrams are converted into stress-strain diagrams from which the tensile modulus and strength are extracted. The data presented in this article can be used as input data for models or for data processing during determination of other properties experimentally. The interpretation of the data can be found in [1]. The ...
This .zip folder features raw stress-strain tensile data for approximately 500 specimens correspondi...
The measurement of the mechanical behaviours of carbon-fiber bundles and three types of single fiber...
With the advancement and continuing integration of composite materials and technology in today's mod...
This data article presents fibre mechanical properties acquired using automated single fibre tensile...
International audienceKnowledge of fibre strength is crucial for understanding the failure behaviour...
Single fiber test data and SEM scan behind the publications [1] Kumar, R., L.P. Mikkelsen, H. Lilh...
In single filament tensile tests with different gauge length, the macromechanical tensile properties...
International audienceMechanical properties of fibre reinforced composites are primarily dependent o...
Single carbon fibers are studied using a nano-tensile testing system. This system has unprecedented ...
Accurate and efficient fiber characterization is critical to developing a successful process for pro...
The mechanical and damage properties of single fibres used in fibrous composite have gained tremendo...
Virtual testing using high strain rate material data can play a major role in realising an optimum d...
The raw tensile data behind figure 8 in the reference: Rajnish Kumar, Lars P Mikkelsen, Hans Lilhol...
International audienceAccuracy of strength models for composite material applications is dependent o...
A comprehensive investigation of the strength distribution of unsupported single fibres (in air) and...
This .zip folder features raw stress-strain tensile data for approximately 500 specimens correspondi...
The measurement of the mechanical behaviours of carbon-fiber bundles and three types of single fiber...
With the advancement and continuing integration of composite materials and technology in today's mod...
This data article presents fibre mechanical properties acquired using automated single fibre tensile...
International audienceKnowledge of fibre strength is crucial for understanding the failure behaviour...
Single fiber test data and SEM scan behind the publications [1] Kumar, R., L.P. Mikkelsen, H. Lilh...
In single filament tensile tests with different gauge length, the macromechanical tensile properties...
International audienceMechanical properties of fibre reinforced composites are primarily dependent o...
Single carbon fibers are studied using a nano-tensile testing system. This system has unprecedented ...
Accurate and efficient fiber characterization is critical to developing a successful process for pro...
The mechanical and damage properties of single fibres used in fibrous composite have gained tremendo...
Virtual testing using high strain rate material data can play a major role in realising an optimum d...
The raw tensile data behind figure 8 in the reference: Rajnish Kumar, Lars P Mikkelsen, Hans Lilhol...
International audienceAccuracy of strength models for composite material applications is dependent o...
A comprehensive investigation of the strength distribution of unsupported single fibres (in air) and...
This .zip folder features raw stress-strain tensile data for approximately 500 specimens correspondi...
The measurement of the mechanical behaviours of carbon-fiber bundles and three types of single fiber...
With the advancement and continuing integration of composite materials and technology in today's mod...