Nanoscale deformation in the tribolayer of an Al–Mg alloy is studied using an in situ mechanical probe in a transmission electron microscope. The sample is strained locally at room temperature and the deformation is observed in real time. It is observed that when the tungsten probe comes into contact with the tribolayer, the material exhibits further hardening followed by material removal
This paper highlights future developments in the field of in-situ transmission electron microscopy, ...
A novel, in situ, high voltage electron microscopy technique for the direct observation of the micro...
An experimental study has been performed to investigate the shear damage mechanism of aluminium allo...
Nanoscale deformation in the tribolayer of an Al–Mg alloy is studied using an in situ mechanical pro...
M. Tech. Metallurgical Engineering.Aims to study tensile deformation mechanisms of aluminium alloy 5...
This dissertation presents the development of the novel mechanical testing technique of in situ nan...
As a tribute to the scientific work of Professor David Brandon, this paper delineates the possibilit...
In-situ transmission electron microscopy is an established experimental technique that permits direc...
As a tribute to the scientific work of Professor David Brandon, this paper delineates the possibilit...
In recent years, mechanical properties of thin films and nanostructures have attracted a significant...
Mechanical properties of widely applicable thin nanocrystalline films have been a sub- ject of inter...
In most of the tribological experiments studying friction and wear behaviour, the contact interface ...
This paper delineates the possibilities of utilizing in situ transmission electron microscopy to unr...
This paper highlights future developments in the field of in-situ transmission electron microscopy,...
Metadislocations are novel defects recently identified in complex metallic alloys. It was reasoned t...
This paper highlights future developments in the field of in-situ transmission electron microscopy, ...
A novel, in situ, high voltage electron microscopy technique for the direct observation of the micro...
An experimental study has been performed to investigate the shear damage mechanism of aluminium allo...
Nanoscale deformation in the tribolayer of an Al–Mg alloy is studied using an in situ mechanical pro...
M. Tech. Metallurgical Engineering.Aims to study tensile deformation mechanisms of aluminium alloy 5...
This dissertation presents the development of the novel mechanical testing technique of in situ nan...
As a tribute to the scientific work of Professor David Brandon, this paper delineates the possibilit...
In-situ transmission electron microscopy is an established experimental technique that permits direc...
As a tribute to the scientific work of Professor David Brandon, this paper delineates the possibilit...
In recent years, mechanical properties of thin films and nanostructures have attracted a significant...
Mechanical properties of widely applicable thin nanocrystalline films have been a sub- ject of inter...
In most of the tribological experiments studying friction and wear behaviour, the contact interface ...
This paper delineates the possibilities of utilizing in situ transmission electron microscopy to unr...
This paper highlights future developments in the field of in-situ transmission electron microscopy,...
Metadislocations are novel defects recently identified in complex metallic alloys. It was reasoned t...
This paper highlights future developments in the field of in-situ transmission electron microscopy, ...
A novel, in situ, high voltage electron microscopy technique for the direct observation of the micro...
An experimental study has been performed to investigate the shear damage mechanism of aluminium allo...