Tungsten offers outstanding material properties, and is therefore frequently considered as good candidate for high performance applications in harsh environments, e.g. fusion reactor shielding. However, tungsten lacks damage and fracture tolerance due to a high ductile to brittle transition temperature, thus remains hardly applicable to safety-relevant applications. By creating a composite and adding copper as ductile phase, damage as well as fracture tolerance are increased at the expense of material strength. Hence, additional strengthening of the ductile phase is desirable, i.e. by alloying copper with zinc. Elemental powders were used as a precursor to create alloys in the α -brass region, from 0 to 30 wt.% zinc, as in this compositiona...
Nanocrystalline materials are being explored as potential off-chip interconnects materials for next ...
The effects of the size and shape of tungsten particles on dynamic torsional properties in tungsten ...
The mechanical properties of mechanically milled copper and copper-30 iron were studied in the as-mi...
W-Cu composites are commonly used as heat-sinks or high-performance switches in power electronics. T...
Two ultrafine-grained W-Cu alloys and two coarse-grained W-Cu alloys were prepared to study the effe...
Polycrystalline tungsten is a promising candidate for future fusion applications as plasma facing ma...
Manufacturing W-Cu composite nanopowders was performed via joint reduction of CuO and WO3 oxides wit...
The applicability of nano-crystalline W/Cu composites is governed by their mechanical properties and...
Nanocrystalline materials have been shown to exhibit properties superior to their coarse-grained cou...
This article presents a method for the sample preparation and characterisation of bulk copper having...
AbstractThis study is focused towards the development of the technique for investigating the fractur...
W-Cu composite powders were prepared by ball milling method using quasi-spherical tungsten nanopowde...
Nanoporous metals possess a number of positive attributes such as light weight, large surface area, ...
W-based alloys are currently considered promising candidates for high heat flux components in future...
Oxygen-free copper of >99.95% purity was processed by equal-channel angular pressing at room tempera...
Nanocrystalline materials are being explored as potential off-chip interconnects materials for next ...
The effects of the size and shape of tungsten particles on dynamic torsional properties in tungsten ...
The mechanical properties of mechanically milled copper and copper-30 iron were studied in the as-mi...
W-Cu composites are commonly used as heat-sinks or high-performance switches in power electronics. T...
Two ultrafine-grained W-Cu alloys and two coarse-grained W-Cu alloys were prepared to study the effe...
Polycrystalline tungsten is a promising candidate for future fusion applications as plasma facing ma...
Manufacturing W-Cu composite nanopowders was performed via joint reduction of CuO and WO3 oxides wit...
The applicability of nano-crystalline W/Cu composites is governed by their mechanical properties and...
Nanocrystalline materials have been shown to exhibit properties superior to their coarse-grained cou...
This article presents a method for the sample preparation and characterisation of bulk copper having...
AbstractThis study is focused towards the development of the technique for investigating the fractur...
W-Cu composite powders were prepared by ball milling method using quasi-spherical tungsten nanopowde...
Nanoporous metals possess a number of positive attributes such as light weight, large surface area, ...
W-based alloys are currently considered promising candidates for high heat flux components in future...
Oxygen-free copper of >99.95% purity was processed by equal-channel angular pressing at room tempera...
Nanocrystalline materials are being explored as potential off-chip interconnects materials for next ...
The effects of the size and shape of tungsten particles on dynamic torsional properties in tungsten ...
The mechanical properties of mechanically milled copper and copper-30 iron were studied in the as-mi...