Investigation of the Solidified Structure of Cu-Hf-Ti Alloys

Viktória Rontó; Erzsebet Nagy; Mária Svéda; Ferenc Tranta; Norbert Hegman

doi:10.4028/www.scientific.net/MSF.649.81

Paper Titles

Benefits of Modeling of Melting for the Understanding of Solidification Processes
p.53

In Situ Produced MMC Layer by Laser Melt Injection
p.61

Identification of Bulk Metallic Forming Compositions through Thermodynamic and Topological Models
p.67

Analysis of Cu-Zr-Ag Amorphisable Alloys Produced by Centrifugal Casting
p.75

Investigation of the Solidified Structure of Cu-Hf-Ti Alloys
p.81

Investigation of Amorphous/Crystalline State in Cu-Hf-Al Alloys
p.87

Analysis of Cu-Zr-Al Amorphisable Alloys Produced by Centrifugal Casting
p.93

Ni Content Surface Layer Produced by Laser Surface Treatment on Amorphisable Cu Base Alloy
p.101

The Effect of the Laser Surface Treatments on the Wear Resistance
p.107

HomeMaterials Science ForumMaterials Science Forum Vol. 649Investigation of the Solidified Structure of...

Investigation of the Solidified Structure of Cu-Hf-Ti Alloys

Abstract:

Master alloys with different compositions of the Cu-Hf-Ti alloy system were prepared by arc-melting. The pieces were then cast into a wedge- and rod – shaped Cu mould by centrifugal casting. The different mould shapes generated various cooling conditions and produced various microstructures in the samples. Moreover due to the wedge shape, the change of the microstructure can be observed within the samples. The wedge samples became amorphous in 1-1.5 mm thickness, and dendritic structure formed in the thicker parts. The change in the microstructure in the rod samples along the radius can be studied as well. The solidified phases were also investigated by X-ray diffraction and SEM-EDAX.