Abstract In-situ biaxial tensile tests within the elastic domain were conducted with W/Cu nanocomposite thin films deposited on a polyimide cruciform substrate thanks to a biaxial testing machine developed on the DiffAbs beamline at SOLEIL synchrotron. The mechanical behavior of the nanocomposite was characterized at the micro-scale and the macro-scale using simultaneously synchrotron X-ray diffraction and digital image correlation techniques. Strain analyses for equi-biaxial and non equi-biaxial loading paths have been performed. The results show that the two strain measurements match to within 1 × 10-4 in the elastic domain for strain levels less than 0.3 % and for both loading paths
X-ray diffraction is a non-destructive technique for structural analysis of materials. Applications ...
International audienceX-ray diffraction is used in combination with tensile testing for measuring el...
International audienceX-ray strain pole figures (SPFs) have been captured in situ during biaxial def...
International audienceAbstract In-situ biaxial tensile tests within the elastic domain were conducte...
International audienceThe deformation behaviour of 150. nm thick W/Cu nanocomposite deposited on pol...
This paper reports on the mechanical behaviour of nanostructured W/Cu thin films deposited on Kapton...
International audienceA biaxial device developed at DiffAbs beamline of the SOLEIL synchrotron facil...
Ce travail de thèse porte sur la déformation bi-axiale contrôlée de nano-composites W/Cu en couches ...
Abstract. The mechanical behaviour of multilayered W/Cu thin films on polyimide substrate has been i...
International audienceThis paper reports on the mechanical behaviour of nanostructured W/Cu thin fil...
International audienceComparative studies of the mechanical behavior between copper, tungsten, and W...
The mechanical behaviour of multilayered W/Cu thin films on polyimide substrate ...
International audienceWe have developed on the DIFFABS-SOLEIL beamline a biaxial tensile machine wit...
International audienceWe have developed on the DIFFABS-SOLEIL beamline a biaxial tensile machine wor...
This article illustrates the implementation of biaxial tests of thin films of nanoscale thickness on...
X-ray diffraction is a non-destructive technique for structural analysis of materials. Applications ...
International audienceX-ray diffraction is used in combination with tensile testing for measuring el...
International audienceX-ray strain pole figures (SPFs) have been captured in situ during biaxial def...
International audienceAbstract In-situ biaxial tensile tests within the elastic domain were conducte...
International audienceThe deformation behaviour of 150. nm thick W/Cu nanocomposite deposited on pol...
This paper reports on the mechanical behaviour of nanostructured W/Cu thin films deposited on Kapton...
International audienceA biaxial device developed at DiffAbs beamline of the SOLEIL synchrotron facil...
Ce travail de thèse porte sur la déformation bi-axiale contrôlée de nano-composites W/Cu en couches ...
Abstract. The mechanical behaviour of multilayered W/Cu thin films on polyimide substrate has been i...
International audienceThis paper reports on the mechanical behaviour of nanostructured W/Cu thin fil...
International audienceComparative studies of the mechanical behavior between copper, tungsten, and W...
The mechanical behaviour of multilayered W/Cu thin films on polyimide substrate ...
International audienceWe have developed on the DIFFABS-SOLEIL beamline a biaxial tensile machine wit...
International audienceWe have developed on the DIFFABS-SOLEIL beamline a biaxial tensile machine wor...
This article illustrates the implementation of biaxial tests of thin films of nanoscale thickness on...
X-ray diffraction is a non-destructive technique for structural analysis of materials. Applications ...
International audienceX-ray diffraction is used in combination with tensile testing for measuring el...
International audienceX-ray strain pole figures (SPFs) have been captured in situ during biaxial def...