International audienceThe mechanical behavior of -oriented MgO nanocubes is investigated using in situ transmission electron microscopy (TEM) compression tests at room temperature and molecular dynamics simulations. Experiments show high strength and ductility, in addition to specific deformation mechanisms interpreted by the simulation. The nucleation and the propagation of ½ {110} dislocations are at the onset of the plastic deformation. The different deformation processes as well as the possible formation of a dislocation network during compression are discussed
Atomistic simulations of tensile and compressive deformation of threedimensional nanocrystalline pal...
Ga As single crystals have been deformed by compression at room temperature under a confining pressu...
International audienceNucléation de dislocation dans des nanocubes de MgO, approche par MD et NE
International audienceThe mechanical behavior of -oriented MgO nanocubes is investigated using in si...
International audienceThe extremely elevated strength of nanoceramics under compression arises from ...
DoctorFor the last two decades, the experimental observation of size effects has attracted tremendou...
The present study investigates the micromechanical modes of deformation in MgO prior to cracking at ...
MasterNano-sized single crystals show significantly higher strength than that of bulk materials due ...
International audienceMagnesium oxide nanocubes are compressed along the [001] direction in situ in ...
The advent of miniaturised testing techniques led to excessive studies on size effects in ma-terials...
In this study, we propose an innovative mechanical observation protocol of ceramics nanoparticles in...
Ceramics are strong but brittle. According to the classical theories, ceramics are brittle mainly be...
This review paper focuses on dislocations and plastic deformation in magnesium oxide crystals. MgO i...
Nanoprecipitates play a significant role in the strength, ductility, and damage tolerance of metalli...
Magnesium is an excellent candidate as lightweight structural material, but has strong plastic aniso...
Atomistic simulations of tensile and compressive deformation of threedimensional nanocrystalline pal...
Ga As single crystals have been deformed by compression at room temperature under a confining pressu...
International audienceNucléation de dislocation dans des nanocubes de MgO, approche par MD et NE
International audienceThe mechanical behavior of -oriented MgO nanocubes is investigated using in si...
International audienceThe extremely elevated strength of nanoceramics under compression arises from ...
DoctorFor the last two decades, the experimental observation of size effects has attracted tremendou...
The present study investigates the micromechanical modes of deformation in MgO prior to cracking at ...
MasterNano-sized single crystals show significantly higher strength than that of bulk materials due ...
International audienceMagnesium oxide nanocubes are compressed along the [001] direction in situ in ...
The advent of miniaturised testing techniques led to excessive studies on size effects in ma-terials...
In this study, we propose an innovative mechanical observation protocol of ceramics nanoparticles in...
Ceramics are strong but brittle. According to the classical theories, ceramics are brittle mainly be...
This review paper focuses on dislocations and plastic deformation in magnesium oxide crystals. MgO i...
Nanoprecipitates play a significant role in the strength, ductility, and damage tolerance of metalli...
Magnesium is an excellent candidate as lightweight structural material, but has strong plastic aniso...
Atomistic simulations of tensile and compressive deformation of threedimensional nanocrystalline pal...
Ga As single crystals have been deformed by compression at room temperature under a confining pressu...
International audienceNucléation de dislocation dans des nanocubes de MgO, approche par MD et NE