Effect of alloying elements on the mechanical properties in the Cu-15% Cr in-situ composites (2004)
Mihara, K, Ma, J., Sakai, Shigeki, Sun, Shoujin, Suzuki, Hirowo G.
The effects of alloying elements on the mechanical properties as well as electrical conductivity in Cu-15%Cr(mass fraction) in-situ composites were systematically studied and high strength and high...
Effect of alloying elements on the mechanical properties in the Cu-15% Cr in-situ composites (2004)
Mihara, K, Ma, J., Sakai, Shigeki, Sun, Shoujin, Suzuki, Hirowo G.
The effects of alloying elements on the mechanical properties as well as electrical conductivity in Cu-15%Cr(mass fraction) in-situ composites were systematically studied and high strength and high...
Effect of alloying elements on the mechanical properties in the Cu-15% Cr in-situ composites (2004)
Mihara, K, Ma, J., Sakai, Shigeki, Sun, Shoujin, Suzuki, Hirowo G.
The effects of alloying elements on the mechanical properties as well as electrical conductivity in Cu-15%Cr(mass fraction) in-situ composites were systematically studied and high strength and high...
Effect of alloying elements on the mechanical properties in the Cu-15% Cr in-situ composites (2004)
Mihara, K, Ma, J., Sakai, Shigeki, Sun, Shoujin, Suzuki, Hirowo G.
The effects of alloying elements on the mechanical properties as well as electrical conductivity in Cu-15%Cr(mass fraction) in-situ composites were systematically studied and high strength and high...
Suzuki, Hirowo G., Sakai, Shigeki, Sun, Shoujin
0.5 mass% Si has been added into the Cu–15Cr based alloy for the purpose of strengthening. The microstructure and properties of Cu–15Cr–0.5Si in situ composites have been investigated. Because...
Suzuki, Hirowo G., Sakai, Shigeki, Sun, Shoujin
Deformation behavior of Cr phase in Cu-15Cr based in situ composites during cold deformation has been examined. Deformation strain partitioning between Cu and Cr phases after cold drawing occurs...
Suzuki, Hirowo G., Sakai, Shigeki, Sun, Shoujin
0.5 mass% Si has been added into the Cu–15Cr based alloy for the purpose of strengthening. The microstructure and properties of Cu–15Cr–0.5Si in situ composites have been investigated. Because...
Suzuki, Hirowo G., Sakai, Shigeki, Sun, Shoujin
Deformation behavior of Cr phase in Cu-15Cr based in situ composites during cold deformation has been examined. Deformation strain partitioning between Cu and Cr phases after cold drawing occurs...
Suzuki, Hirowo G., Sakai, Shigeki, Sun, Shoujin
0.5 mass% Si has been added into the Cu–15Cr based alloy for the purpose of strengthening. The microstructure and properties of Cu–15Cr–0.5Si in situ composites have been investigated. Because...
Suzuki, Hirowo G., Sakai, Shigeki, Sun, Shoujin
Deformation behavior of Cr phase in Cu-15Cr based in situ composites during cold deformation has been examined. Deformation strain partitioning between Cu and Cr phases after cold drawing occurs...
Suzuki, Hirowo G., Sakai, Shigeki, Sun, Shoujin
0.5 mass% Si has been added into the Cu–15Cr based alloy for the purpose of strengthening. The microstructure and properties of Cu–15Cr–0.5Si in situ composites have been investigated. Because...
Suzuki, Hirowo G., Sakai, Shigeki, Sun, Shoujin
Deformation behavior of Cr phase in Cu-15Cr based in situ composites during cold deformation has been examined. Deformation strain partitioning between Cu and Cr phases after cold drawing occurs...