Evolución de las propiedades mecánicas con la temperatura de cintas amorfas Mg10Ni10Y

M. A. Torrijos; G. Garcés; J. García-Barriocanal; P. Pérez; P. Adeva

doi:10.3989/revmetalm.2006.v42.i1.4

Evolución de las propiedades mecánicas con la temperatura de cintas amorfas Mg10Ni10Y

Translated title of the contribution: Evolution of mechanical properties with temperature in amorphous Mg10Ni10Y ribbons

M. A. Torrijos, G. Garcés, J. García-Barriocanal, P. Pérez, P. Adeva

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Abstract

The mechanical behaviour by tensile strength test from room temperature to 350°C in the rapidly solidified Mg-10Ni-10Y (at. %) ribbon has been studied. To determine the effect of yttrium additions the results are compared with those of Mg-11Ni studied in a previous work. Before studding the mechanical behavior of the material the thermal stability of the amorphous ribbon and the crystallization reactions were determined by DSC experiments. Results show that yttrium stabilizes the amorphous phase but it has not reinforcement effect. The tensile strength and elongation to failure values of the ternary alloy are lower than those of Mg-11Ni.

Translated title of the contribution	Evolution of mechanical properties with temperature in amorphous Mg10Ni10Y ribbons
Original language	Spanish
Pages (from-to)	32-40
Number of pages	9
Journal	Revista de Metalurgia (Madrid)
Volume	42
Issue number	1
DOIs	https://doi.org/10.3989/revmetalm.2006.v42.i1.4
State	Published - 2006

Keywords

Magnesium alloys
Mechanical behaviour
Metallic glasses

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10.3989/revmetalm.2006.v42.i1.4

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title = "Evoluci{\'o}n de las propiedades mec{\'a}nicas con la temperatura de cintas amorfas Mg10Ni10Y",

abstract = "The mechanical behaviour by tensile strength test from room temperature to 350°C in the rapidly solidified Mg-10Ni-10Y (at. %) ribbon has been studied. To determine the effect of yttrium additions the results are compared with those of Mg-11Ni studied in a previous work. Before studding the mechanical behavior of the material the thermal stability of the amorphous ribbon and the crystallization reactions were determined by DSC experiments. Results show that yttrium stabilizes the amorphous phase but it has not reinforcement effect. The tensile strength and elongation to failure values of the ternary alloy are lower than those of Mg-11Ni.",

keywords = "Magnesium alloys, Mechanical behaviour, Metallic glasses",

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AU - Torrijos, M. A.

AU - Garcés, G.

AU - García-Barriocanal, J.

AU - Pérez, P.

AU - Adeva, P.

PY - 2006

Y1 - 2006

N2 - The mechanical behaviour by tensile strength test from room temperature to 350°C in the rapidly solidified Mg-10Ni-10Y (at. %) ribbon has been studied. To determine the effect of yttrium additions the results are compared with those of Mg-11Ni studied in a previous work. Before studding the mechanical behavior of the material the thermal stability of the amorphous ribbon and the crystallization reactions were determined by DSC experiments. Results show that yttrium stabilizes the amorphous phase but it has not reinforcement effect. The tensile strength and elongation to failure values of the ternary alloy are lower than those of Mg-11Ni.

AB - The mechanical behaviour by tensile strength test from room temperature to 350°C in the rapidly solidified Mg-10Ni-10Y (at. %) ribbon has been studied. To determine the effect of yttrium additions the results are compared with those of Mg-11Ni studied in a previous work. Before studding the mechanical behavior of the material the thermal stability of the amorphous ribbon and the crystallization reactions were determined by DSC experiments. Results show that yttrium stabilizes the amorphous phase but it has not reinforcement effect. The tensile strength and elongation to failure values of the ternary alloy are lower than those of Mg-11Ni.

KW - Magnesium alloys

KW - Mechanical behaviour

KW - Metallic glasses

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Evolución de las propiedades mecánicas con la temperatura de cintas amorfas Mg10Ni10Y

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