Formability Correlation between Texture Weekening and Deformation Mechanism in a Rolled AZ31 Magnesium Alloy COM 2014 - 54th Annual Conference of Metallurgists held in Conjunction with AMCAA - America's Conference on Al Alloys

Canadian Institute of Mining, Metallurgy and Petroleum
M. Sanjari A. S. Kabir J. Su K. S. Tamimi H. Utsunomiya R. Petrov S. Yue L. Kestens
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
7
File Size:
1280 KB
Publication Date:
Jan 1, 2015

Abstract

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The recrystallization and texture evolution of AZ31 sheets obtained through two stages was investigated at different stages of post-rolling annealing. The specimens were rolled at the temperature of 100? and at a fast speed of 1000m/min and low speed of 15m/min with a reduction of 30% in one pass. The results show thatAZ31B sheets rolled at 15 m/min and 100 °C has fractured for reductions of more than 30% per pass. However, by increasing the rolling speed to 1000 m/min the rollability was improved significantly and the material can be rolled to reductions of more than 70% per pass. The high speed and heavily deformed materials are fully recrystallized even at 100 °C.
Citation

APA: M. Sanjari A. S. Kabir J. Su K. S. Tamimi H. Utsunomiya R. Petrov S. Yue L. Kestens  (2015)  Formability Correlation between Texture Weekening and Deformation Mechanism in a Rolled AZ31 Magnesium Alloy COM 2014 - 54th Annual Conference of Metallurgists held in Conjunction with AMCAA - America's Conference on Al Alloys

MLA: M. Sanjari A. S. Kabir J. Su K. S. Tamimi H. Utsunomiya R. Petrov S. Yue L. Kestens Formability Correlation between Texture Weekening and Deformation Mechanism in a Rolled AZ31 Magnesium Alloy COM 2014 - 54th Annual Conference of Metallurgists held in Conjunction with AMCAA - America's Conference on Al Alloys. Canadian Institute of Mining, Metallurgy and Petroleum, 2015.

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