The shared data is the raw data that used in results and discussion part of this paper. The file includes 3 TEM images, 3 load-depth curves data and part of the simulation data
The underlying cause of stagnation of grain growth in thin metallic films remains a puzzle. Here it ...
Two-dimensional discrete dislocation plasticity simulations of the evolution of thermal stress in si...
We revisit grain growth and the puzzle of its stagnation in thin metallic films. We bring together a...
Les joints de grains des couches minces d'aluminium déposées sous vide sont facettés. Ils contient b...
Discrete dislocation dynamics simulations are carried out to systematically investigate the microstr...
Discrete dislocation dynamics simulations are carried out to systematically investigate the microstr...
The nature of the elementary deformation mechanisms in small-grained metals has been the subject of ...
We revisit grain growth and the puzzle of its stagnation in thin metallic films. We bring together a...
The relaxation of compressive intrinsic stress for a film–substrate system is modelled with discrete...
The interactions between 60 degrees dislocation pile-ups with grain boundaries (GBs) are studied usi...
The deformation behaviour of Al and Al-Mg thin films has been studied with the unique experimental a...
The underlying cause of stagnation of grain growth in thin metallic films remains a puzzle. Here it ...
Two-dimensional discrete dislocation plasticity simulations of the evolution of thermal stress in si...
We revisit grain growth and the puzzle of its stagnation in thin metallic films. We bring together a...
Les joints de grains des couches minces d'aluminium déposées sous vide sont facettés. Ils contient b...
Discrete dislocation dynamics simulations are carried out to systematically investigate the microstr...
Discrete dislocation dynamics simulations are carried out to systematically investigate the microstr...
The nature of the elementary deformation mechanisms in small-grained metals has been the subject of ...
We revisit grain growth and the puzzle of its stagnation in thin metallic films. We bring together a...
The relaxation of compressive intrinsic stress for a film–substrate system is modelled with discrete...
The interactions between 60 degrees dislocation pile-ups with grain boundaries (GBs) are studied usi...
The deformation behaviour of Al and Al-Mg thin films has been studied with the unique experimental a...
The underlying cause of stagnation of grain growth in thin metallic films remains a puzzle. Here it ...
Two-dimensional discrete dislocation plasticity simulations of the evolution of thermal stress in si...
We revisit grain growth and the puzzle of its stagnation in thin metallic films. We bring together a...