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...
Mashino, Shigemi, Horiya, Takao, Suzuki, Hirowo G., Kishi, Teruo
Microfracture processes of Ti-6Al-4V alloys with various acicular alpha structures were investigated by source characterization, acoustic emission (AE) source location, and fractography; the specimen...
Deformation Characteristics of Ti-15V-3Cr-3Sn-3Al at Elevated Temperature. (1998)
Suzuki, Hirowo G., Fujii, Hideki
Examination and analysis were performed on deformation characteristics of beta Ti-alloy Ti-15V-3Cr-3Sn-3Al at elevated temperatures showing that deformation can be controlled by a single activated...
Hagiwara, Masuo, Arimoto, Nobuhiro, Emura, Satoshi, Kawabe, Yoshikuni, Suzuki, Hirowo G.
Using the blended elemental (be) p/m method ti-based mmc with large-sized ceramic particulates are formed. two ceramic powders, feb and cr3c2, as well as al3ti master alloy powder and extra low cl ti...
Mashino, Shigemi, Horiya, Takao, Suzuki, Hirowo G., Kishi, Teruo
Three dimensional location analysis and source characterization of acoustic emissions AE were conducted in the fracture toughness test to understand the microfracture process of Extra Low...
Quantification of auger electron spectroscopy. (1974)
Thesis (M.S. in Metallurgy and Materials Science)--Graduate School of Arts and Sciences, University of Pennsylvania, 1974.