Offering some of the highest specific strength and resilience values known among bulk materials, metallic glasses have the potential to revolutionize the field of materials science and engineering. Through effectively probing the fundamental mechanism responsible for deformation in these materials, nanoindentation has the potential to provide the answers necessary for their practical application
Nanostructured metals are materials with feature sizes below 100 nm. These features can take various...
International audienceZr57Cu20Al10Ti8Ni5 and modified composition by adding Sn, W or Ta are studied ...
The great technological potential for bulk metallic glasses (BMGs) arises primarily because of their...
This Thesis is brought to you for free and open access by the Graduate School at Trace: Tennessee Re...
Nanoindentation and thermomechanical experiments on three types of metallic glasses with different g...
Metallic glasses are defined as amorphous metallic alloys since they combine the disordered atomic s...
Nanocrystalline and glassy materials, especially the bulk metallic glasses are of relatively recent ...
Nanocrystalline and glassy materials, especially the bulk metallic glasses are of relatively recent ...
International audienceIndentation, owing to its ability to induce permanent deformation in a control...
Spatial heterogeneity, as a crucial structural feature, has been intensively studied in metallic gla...
It was previously reported that the strength of metallic glasses (MGs) would scale inversely with th...
Brittleness largely restricts promising applications of the metallic glasses as a new engineering ma...
Abstract Nanoindentation measurements were performed on as-cast and torsionally deformed Zr44Ti11Cu1...
We systematically explored the indentation size effect (ISE), which is not expected to occur in non-...
Nano- and micro-indentation studies were carried out to characterise a plasticity mechanism through ...
Nanostructured metals are materials with feature sizes below 100 nm. These features can take various...
International audienceZr57Cu20Al10Ti8Ni5 and modified composition by adding Sn, W or Ta are studied ...
The great technological potential for bulk metallic glasses (BMGs) arises primarily because of their...
This Thesis is brought to you for free and open access by the Graduate School at Trace: Tennessee Re...
Nanoindentation and thermomechanical experiments on three types of metallic glasses with different g...
Metallic glasses are defined as amorphous metallic alloys since they combine the disordered atomic s...
Nanocrystalline and glassy materials, especially the bulk metallic glasses are of relatively recent ...
Nanocrystalline and glassy materials, especially the bulk metallic glasses are of relatively recent ...
International audienceIndentation, owing to its ability to induce permanent deformation in a control...
Spatial heterogeneity, as a crucial structural feature, has been intensively studied in metallic gla...
It was previously reported that the strength of metallic glasses (MGs) would scale inversely with th...
Brittleness largely restricts promising applications of the metallic glasses as a new engineering ma...
Abstract Nanoindentation measurements were performed on as-cast and torsionally deformed Zr44Ti11Cu1...
We systematically explored the indentation size effect (ISE), which is not expected to occur in non-...
Nano- and micro-indentation studies were carried out to characterise a plasticity mechanism through ...
Nanostructured metals are materials with feature sizes below 100 nm. These features can take various...
International audienceZr57Cu20Al10Ti8Ni5 and modified composition by adding Sn, W or Ta are studied ...
The great technological potential for bulk metallic glasses (BMGs) arises primarily because of their...
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