Dual amorphous phase bulk metallic glasses (DAPBMGs) contain two distinct amorphous alloys in order to combine the favorable properties of each phase. A viable method for obtaining dual bulk amorphous alloys is powder metallurgy. In this study, a Zr/Fe DAPBMG was successfully prepared by hot-pressing Zr-based and Fe-based glassy alloy powders in various volumetric proportions. The samples obtained were structurally analyzed by scanning electron microscopy and x-ray diffraction, and their magnetic properties were determined using an integrator fluxmeter-type hysteresis graph. It was found that increasing the volumetric ratio of the Fe-based alloy decreases coercivity and increases saturation magnetization. Los vidrios metálicos masivos...
The structure of amorphous alloys still has not been described satisfactorily due to the lack of dir...
Additive manufacturing of Zr-based bulk metallic glasses (BMGs) is subject to growing scientific and...
AbstractFe62Co8−xMxZr6Nb4Ge1B19 (M=Mo, Cr) bulk metallic glasses were synthesized in the diameter ra...
Metallic glasses are often referred as glassy or amorphous alloys. They lack long-range order and mi...
Bulk metallic glasses have interesting combination of physical, chemical, mechanical, and magnetic p...
We report the preparation of Fe-Zr-B amorphous alloys by mechanical alloying in a planetary ball mil...
In this thesis, literature on the production, microstructures and properties of bulk metallic glasse...
Abstract The main purpose of this work is to investigate the relation between structual relaxation a...
Orientador: Rubens Caram Junior, Sergio GamaTese (doutorado) - Universidade Estadual de Campinas, Fa...
The formation range, magnetic properties and thermal stability for Fe-Zr-B amorphous alloys have bee...
International audienceOne way to adjust the properties of materials is by changing its microstructur...
This paper reviews the recent progress of bulk amorphous Zr-based alloys. The bulk amorphous alloys ...
The metallic glasses are relatively new materials (≈ 50 years), produced by quenching a molten alloy...
A systematic study of iron-based binary and multi-component alloys was undertaken to study the struc...
Development in bulk amorphous alloys is reviewed. R-Fe Al and R-Fe-Ga series and derivatives, of the...
The structure of amorphous alloys still has not been described satisfactorily due to the lack of dir...
Additive manufacturing of Zr-based bulk metallic glasses (BMGs) is subject to growing scientific and...
AbstractFe62Co8−xMxZr6Nb4Ge1B19 (M=Mo, Cr) bulk metallic glasses were synthesized in the diameter ra...
Metallic glasses are often referred as glassy or amorphous alloys. They lack long-range order and mi...
Bulk metallic glasses have interesting combination of physical, chemical, mechanical, and magnetic p...
We report the preparation of Fe-Zr-B amorphous alloys by mechanical alloying in a planetary ball mil...
In this thesis, literature on the production, microstructures and properties of bulk metallic glasse...
Abstract The main purpose of this work is to investigate the relation between structual relaxation a...
Orientador: Rubens Caram Junior, Sergio GamaTese (doutorado) - Universidade Estadual de Campinas, Fa...
The formation range, magnetic properties and thermal stability for Fe-Zr-B amorphous alloys have bee...
International audienceOne way to adjust the properties of materials is by changing its microstructur...
This paper reviews the recent progress of bulk amorphous Zr-based alloys. The bulk amorphous alloys ...
The metallic glasses are relatively new materials (≈ 50 years), produced by quenching a molten alloy...
A systematic study of iron-based binary and multi-component alloys was undertaken to study the struc...
Development in bulk amorphous alloys is reviewed. R-Fe Al and R-Fe-Ga series and derivatives, of the...
The structure of amorphous alloys still has not been described satisfactorily due to the lack of dir...
Additive manufacturing of Zr-based bulk metallic glasses (BMGs) is subject to growing scientific and...
AbstractFe62Co8−xMxZr6Nb4Ge1B19 (M=Mo, Cr) bulk metallic glasses were synthesized in the diameter ra...