Single component nanocrystalline materials exhibits outstanding mechanical and physical properties, but they are unstable against thermal and mechanical loading. Addition of alloying elements are subjected to improve the thermal and mechanical stability. In the present work, supersaturated solid solution nanocrystalline Co-Cu (Co-rich) alloys were developed through the pulsed electrodeposition (PED) technique and the thermal and mechanical stability were investigated. Microstructural evolution during thermal and mechanical loading was also investigated for exploration the possible microstructural evolution mechanisms in this nanocrystalline alloy. This work shows the huge potential of supersaturated solid solution nanocrystalline Co-Cu allo...
A Cu-Co composite material is chosen as a model system to study structural evolution and phase forma...
At room temperature, metallic nanomaterials reveal a near-perfect elasto-plastic behavior. To have a...
In this study, dual phase Cusingle bondCo composites with a total immiscibility in the solid state a...
Thick films of supersaturated solid solution nanocrystalline Co-Cu (28 at.% Cu) were synthesized thr...
Nanocrystalline (nc) immiscible Co-Cu alloys system is a promising material where the decomposition ...
abstract: Nanocrystalline (NC) materials experience inherent microstructural instability when expose...
The present work investigates on Cu-based nanocomposites developed by mechanical milling. Cu99Cr1, C...
The attractive properties associated with nanocrystalline materials are to a large extent a result o...
Dedicated thermal treatments can improve the mechanical behaviour of high entropy alloys (HEAs) by p...
This thesis deals with the study of the influence of the nanostructuration of the Cu-Co system on it...
In this study, dual phase CuCo composites with a total immiscibility in the solid state and a very d...
Abstract: The effect of heat treatment on the microstructure, phase composition, mechanical properti...
Die vorliegende Dissertation behandelt verschiedene Aspekte des mechanischen Verhaltens nanostruktur...
The attractive properties associated with nanocrystalline materials are to a large extent a result o...
Lack of adequate thermal stability has precluded widespread application of nanostructured metals and...
A Cu-Co composite material is chosen as a model system to study structural evolution and phase forma...
At room temperature, metallic nanomaterials reveal a near-perfect elasto-plastic behavior. To have a...
In this study, dual phase Cusingle bondCo composites with a total immiscibility in the solid state a...
Thick films of supersaturated solid solution nanocrystalline Co-Cu (28 at.% Cu) were synthesized thr...
Nanocrystalline (nc) immiscible Co-Cu alloys system is a promising material where the decomposition ...
abstract: Nanocrystalline (NC) materials experience inherent microstructural instability when expose...
The present work investigates on Cu-based nanocomposites developed by mechanical milling. Cu99Cr1, C...
The attractive properties associated with nanocrystalline materials are to a large extent a result o...
Dedicated thermal treatments can improve the mechanical behaviour of high entropy alloys (HEAs) by p...
This thesis deals with the study of the influence of the nanostructuration of the Cu-Co system on it...
In this study, dual phase CuCo composites with a total immiscibility in the solid state and a very d...
Abstract: The effect of heat treatment on the microstructure, phase composition, mechanical properti...
Die vorliegende Dissertation behandelt verschiedene Aspekte des mechanischen Verhaltens nanostruktur...
The attractive properties associated with nanocrystalline materials are to a large extent a result o...
Lack of adequate thermal stability has precluded widespread application of nanostructured metals and...
A Cu-Co composite material is chosen as a model system to study structural evolution and phase forma...
At room temperature, metallic nanomaterials reveal a near-perfect elasto-plastic behavior. To have a...
In this study, dual phase Cusingle bondCo composites with a total immiscibility in the solid state a...