Effect of Si Content on Fracture Behaviour Change by Strain Rate in Si Steels
p.1303
p.1303
Formability of Pure Titanium Long-Cup by Multi-Stage Deep Drawing
p.1307
p.1307
Influence of Roll Speed Schedule on Transverse Wall Thickness Evenness of Shell Elongated by Mandrel Mill
p.1311
p.1311
Effect of Prior Cold-Working on Strength and Electrical Conductivity of Cu-Ti Dilute Alloy Aged in a Hydrogen Atmosphere
p.1315
p.1315
Simultaneous Enhancement of Electrical Conductivities and Mechanical Properties in Cu-Ti Alloy by Hydrogenation Process
p.1319
p.1319
Development of High Strength and High Conductivity Cu-Ag-Zr Alloy
p.1323
p.1323
Cold Joining of Dissimilar Metal Sheets by Shot Peening
p.1327
p.1327
Study on Powder Metallurgical Preparation of NiCoMnIn Alloy Foam
p.1331
p.1331
Optimization of the Cooling Process of a Heavy Hydraulic Turbine Runner Band Casting in Heat Treatment
p.1335
p.1335
Simultaneous Enhancement of Electrical Conductivities and Mechanical Properties in Cu-Ti Alloy by Hydrogenation Process
Abstract:
Effects of hydrogenation process of the microstructure, electrical conductivity and mechanical properties for the Cu-(1~3) mass%Ti alloys were investigated. During hydrogenation process at 350°C, 7.5 MPa for 48 h, the disproportionation reaction occurred with forming of Ti hydrides in the alloy. It is found that remarkable simultaneous improvements of mechanical strength of 1094 MPa and electrical properties of 21%IACS are obtained in the hydrogenated Cu-3mass%Ti alloy.
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Periodical:
Materials Science Forum (Volumes 654-656)
Pages:
1319-1322
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Online since:
June 2010
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