The properties of copper rich Cu-Fe-Cr alloys were characterized for the purpose of developing a new cost effective, high strength, high conductivity copper alloy. The copper rich corner of the ternary Cu-Fe-Cr phase diagram was determined using wavelength dispersive spectroscopy and resistivity measurements
Abstract: The structure and properties of metallic multicomponent Fe–Ni–Co–Cr–Cu and Fe–Ni–Co–Cu–Cr ...
CuCrFeVTi, CuCrFeVTi, CuCrFeVTi and CuCrFeVTi were produced by low-pressure arc-melting to evaluate ...
Two high strength alloys of copper, .12% Zr and .3% Cr, were investigated for residual resistance an...
This research is part of a project whose scope was to investigate the engineering properties of new ...
This research is part of a project whose scope was to investigate the engineering properties of new ...
The aim of this project was to investigate the properties of copper rich Cu-Fe-Cr alloys for the pur...
Isothermal sections for the iron rich corner of the Fe-Cu-C system have been constructed at 1500, 14...
This research is part of a project whose scope was to investigate the engineering properties of new ...
In the manufacturing industry of electrical contacts, the prohibition of the use of toxic metals (Cd...
High strength and high conductivity (HSHC) are two intrinsic properties difficult to combine in meta...
Cu-Cr has been proposed to be a good substitute to replace the Cu-Be system for the high strength hi...
Duplex structure Cu-Cr alloys are widely used as contact materials. They are generally designed by i...
The microstructure design of Cu-Cr-Zr alloys, the effect of thermomechanical treatment based on seve...
Purpose: Precipitation hardening by nano-sized precipitates had proven to be the most adequate way t...
A number of binary Cu-X alloys (X = Fe, Cr, Si and Al) with alloying elements up to ≈ 12 at % for Fe...
Abstract: The structure and properties of metallic multicomponent Fe–Ni–Co–Cr–Cu and Fe–Ni–Co–Cu–Cr ...
CuCrFeVTi, CuCrFeVTi, CuCrFeVTi and CuCrFeVTi were produced by low-pressure arc-melting to evaluate ...
Two high strength alloys of copper, .12% Zr and .3% Cr, were investigated for residual resistance an...
This research is part of a project whose scope was to investigate the engineering properties of new ...
This research is part of a project whose scope was to investigate the engineering properties of new ...
The aim of this project was to investigate the properties of copper rich Cu-Fe-Cr alloys for the pur...
Isothermal sections for the iron rich corner of the Fe-Cu-C system have been constructed at 1500, 14...
This research is part of a project whose scope was to investigate the engineering properties of new ...
In the manufacturing industry of electrical contacts, the prohibition of the use of toxic metals (Cd...
High strength and high conductivity (HSHC) are two intrinsic properties difficult to combine in meta...
Cu-Cr has been proposed to be a good substitute to replace the Cu-Be system for the high strength hi...
Duplex structure Cu-Cr alloys are widely used as contact materials. They are generally designed by i...
The microstructure design of Cu-Cr-Zr alloys, the effect of thermomechanical treatment based on seve...
Purpose: Precipitation hardening by nano-sized precipitates had proven to be the most adequate way t...
A number of binary Cu-X alloys (X = Fe, Cr, Si and Al) with alloying elements up to ≈ 12 at % for Fe...
Abstract: The structure and properties of metallic multicomponent Fe–Ni–Co–Cr–Cu and Fe–Ni–Co–Cu–Cr ...
CuCrFeVTi, CuCrFeVTi, CuCrFeVTi and CuCrFeVTi were produced by low-pressure arc-melting to evaluate ...
Two high strength alloys of copper, .12% Zr and .3% Cr, were investigated for residual resistance an...
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