X-ray computational tomography is demonstrated as a powerful non-destructive tool to image the internal structure of a hollow core photonic band-gap fibre and its preforms. The technique is applied to measure the deformation within a splice with unprecedented detail
In components of short glass fibre reinforced polymer obtained by injection moulding, processing con...
Analysis methods for X-ray microtomographic images of short fibre composite materials were develope...
X-ray diffraction tomography (XDT) records the spatially-resolved X-ray diffraction profile of an ex...
X-ray computational tomography is demonstrated as a powerful non-destructive tool to image the inter...
Specialty optical fibers, in particular microstructured and multi-material optical fibers, have comp...
In this work, we present a quantitative (statistical) 3D morphological characterization of optical f...
X-ray tomography is a non-destructive technique which allows reconstruction of the internal geometry...
International audienceIn spite of their ubiquitous applications, the characterization of glass fiber...
This paper proposes a method for extracting reliable architectural characteristics from complex poro...
We introduce the concept of Doppler-assisted tomography (DAT) and show that it can be applied succes...
A non destructive characterisation technique, X ray tomography, has been developed in order to obtai...
We introduce the concept of Doppler-assisted tomography (DAT) and show that it can be applied succes...
The objective of this study was to examine the suitability of X-ray nanotomography for fibre bond re...
Using a non-destructive side-scattering technique, the internal structure of a microstructured fibre...
The fibre orientation distribution controls the mechanical properties of random fibre composites. Ge...
In components of short glass fibre reinforced polymer obtained by injection moulding, processing con...
Analysis methods for X-ray microtomographic images of short fibre composite materials were develope...
X-ray diffraction tomography (XDT) records the spatially-resolved X-ray diffraction profile of an ex...
X-ray computational tomography is demonstrated as a powerful non-destructive tool to image the inter...
Specialty optical fibers, in particular microstructured and multi-material optical fibers, have comp...
In this work, we present a quantitative (statistical) 3D morphological characterization of optical f...
X-ray tomography is a non-destructive technique which allows reconstruction of the internal geometry...
International audienceIn spite of their ubiquitous applications, the characterization of glass fiber...
This paper proposes a method for extracting reliable architectural characteristics from complex poro...
We introduce the concept of Doppler-assisted tomography (DAT) and show that it can be applied succes...
A non destructive characterisation technique, X ray tomography, has been developed in order to obtai...
We introduce the concept of Doppler-assisted tomography (DAT) and show that it can be applied succes...
The objective of this study was to examine the suitability of X-ray nanotomography for fibre bond re...
Using a non-destructive side-scattering technique, the internal structure of a microstructured fibre...
The fibre orientation distribution controls the mechanical properties of random fibre composites. Ge...
In components of short glass fibre reinforced polymer obtained by injection moulding, processing con...
Analysis methods for X-ray microtomographic images of short fibre composite materials were develope...
X-ray diffraction tomography (XDT) records the spatially-resolved X-ray diffraction profile of an ex...