Nowadays, there is a considerable scientific interest in bulk ultrafine grained materials, due to their potential for superior mechanical properties. One of the possible formation methods of nano-grained materials is cryogenic rolling. The influence of rolling at cryogenic temperatures has been investigated. Significant differences in the textures and the microstructures can be observed between the cryogenically rolled copper and conventionally cold rolled copper, reduced to the same thickness.Materials Science and EngineeringMechanical, Maritime and Materials Engineerin
Abstract—By means of the electrodeposition technique, a bulk nanocrystalline (nc) copper sample was ...
For most ultrafine-grained metals, the yield stress increases with finer grain size, but the thermal...
The objective of this work is to study the effect of room temperature (RT) and liquid nitrogen tempe...
Nowadays, there is a considerable scientific interest in bulk ultrafine grained materials, due to th...
Nowadays, there is a considerable scientific interest in bulk ultrafine grained materials, due to th...
Nowadays, there is a considerable scientific interest in bulk ultrafine grained materials, due to th...
A high-resolution electron backscatter diffraction technique was applied to quantify grain-structure...
A high-resolution electron backscatter diffraction technique was applied to quantify grain-structure...
The effect of cryogenic temperature and change of strain path on grain refinement during the rolling...
The effect of cryogenic temperature and change of strain path on grain refinement during the rolling...
The effect of cryogenic temperature and change of strain path on grain refinement during the rolling...
The present study addresses the evolution of texture and microstructure during annealing in a cryoro...
The present study addresses the evolution of texture and microstructure during annealing in a cryo-r...
The texture evolution of cold rolled tough pitch copper foils could be changed by altering the initi...
This work deals with comparing the mechanical properties of OFHC copper and CuCrZr alloys processed ...
Abstract—By means of the electrodeposition technique, a bulk nanocrystalline (nc) copper sample was ...
For most ultrafine-grained metals, the yield stress increases with finer grain size, but the thermal...
The objective of this work is to study the effect of room temperature (RT) and liquid nitrogen tempe...
Nowadays, there is a considerable scientific interest in bulk ultrafine grained materials, due to th...
Nowadays, there is a considerable scientific interest in bulk ultrafine grained materials, due to th...
Nowadays, there is a considerable scientific interest in bulk ultrafine grained materials, due to th...
A high-resolution electron backscatter diffraction technique was applied to quantify grain-structure...
A high-resolution electron backscatter diffraction technique was applied to quantify grain-structure...
The effect of cryogenic temperature and change of strain path on grain refinement during the rolling...
The effect of cryogenic temperature and change of strain path on grain refinement during the rolling...
The effect of cryogenic temperature and change of strain path on grain refinement during the rolling...
The present study addresses the evolution of texture and microstructure during annealing in a cryoro...
The present study addresses the evolution of texture and microstructure during annealing in a cryo-r...
The texture evolution of cold rolled tough pitch copper foils could be changed by altering the initi...
This work deals with comparing the mechanical properties of OFHC copper and CuCrZr alloys processed ...
Abstract—By means of the electrodeposition technique, a bulk nanocrystalline (nc) copper sample was ...
For most ultrafine-grained metals, the yield stress increases with finer grain size, but the thermal...
The objective of this work is to study the effect of room temperature (RT) and liquid nitrogen tempe...