MICROWAVE SINTERED MAGNESIUM NANOCOMPOSITE: HYBRID (Y2O3+Ni) NANO-SIZE REINFORCEMENT AND TENSILE PROPERTIES

Syed Fida Hassan; KS Tun; Faheemuddin Patel; Naser Mohammed Al-Aqeeli; M Gupta

MICROWAVE SINTERED MAGNESIUM NANOCOMPOSITE: HYBRID (Y2O3+Ni) NANO-SIZE REINFORCEMENT AND TENSILE PROPERTIES

Syed Fida Hassan
, KS Tun
, Faheemuddin Patel
, Naser Mohammed Al-Aqeeli
, M Gupta

Research output: Contribution to journal › Article › peer-review

Abstract

In the present study, results revealed that strength of the microwave sintered commercially pure magnesium was significantly enhanced till 100 degrees C due to the incorporation of hybrid (0.7 % yttria + 0.6 % nickel) nano-particle reinforcement, which diminishes gradually with a further increase in test temperature. Presence of the hybrid reinforcement particles assisted in complete recrystallization of magnesium matrix at 150 degrees C. The hybrid reinforcement also assisted in the deformation process of magnesium and achieved large ductility at a relatively low temperature.

Original language	English
Journal	Advanced Composites Letters
State	Published - 2016

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@article{9ce8422fa6414393baaa61bf0d7fd2a2,

title = "MICROWAVE SINTERED MAGNESIUM NANOCOMPOSITE: HYBRID (Y2O3+Ni) NANO-SIZE REINFORCEMENT AND TENSILE PROPERTIES",

abstract = "In the present study, results revealed that strength of the microwave sintered commercially pure magnesium was significantly enhanced till 100 degrees C due to the incorporation of hybrid (0.7 \% yttria + 0.6 \% nickel) nano-particle reinforcement, which diminishes gradually with a further increase in test temperature. Presence of the hybrid reinforcement particles assisted in complete recrystallization of magnesium matrix at 150 degrees C. The hybrid reinforcement also assisted in the deformation process of magnesium and achieved large ductility at a relatively low temperature.",

author = "Hassan, \{Syed Fida\} and KS Tun and Faheemuddin Patel and Al-Aqeeli, \{Naser Mohammed\} and M Gupta",

year = "2016",

language = "English",

}

TY - JOUR

T1 - MICROWAVE SINTERED MAGNESIUM NANOCOMPOSITE: HYBRID (Y2O3+Ni) NANO-SIZE REINFORCEMENT AND TENSILE PROPERTIES

AU - Hassan, Syed Fida

AU - Tun, KS

AU - Patel, Faheemuddin

AU - Al-Aqeeli, Naser Mohammed

AU - Gupta, M

PY - 2016

Y1 - 2016

N2 - In the present study, results revealed that strength of the microwave sintered commercially pure magnesium was significantly enhanced till 100 degrees C due to the incorporation of hybrid (0.7 % yttria + 0.6 % nickel) nano-particle reinforcement, which diminishes gradually with a further increase in test temperature. Presence of the hybrid reinforcement particles assisted in complete recrystallization of magnesium matrix at 150 degrees C. The hybrid reinforcement also assisted in the deformation process of magnesium and achieved large ductility at a relatively low temperature.

AB - In the present study, results revealed that strength of the microwave sintered commercially pure magnesium was significantly enhanced till 100 degrees C due to the incorporation of hybrid (0.7 % yttria + 0.6 % nickel) nano-particle reinforcement, which diminishes gradually with a further increase in test temperature. Presence of the hybrid reinforcement particles assisted in complete recrystallization of magnesium matrix at 150 degrees C. The hybrid reinforcement also assisted in the deformation process of magnesium and achieved large ductility at a relatively low temperature.

M3 - Article

SN - 0963-6935

JO - Advanced Composites Letters

JF - Advanced Composites Letters

ER -

MICROWAVE SINTERED MAGNESIUM NANOCOMPOSITE: HYBRID (Y2O3+Ni) NANO-SIZE REINFORCEMENT AND TENSILE PROPERTIES

Abstract

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