Multi-scale model of Mg alloys wiredrawing process

Multi-scale model of Mg alloys wiredrawing process

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This paper considers the development of a mathematical model for drawing MgCa08 wire with an option for fracture phenomena prediction in micro scale. The first part focuses on experimental studies that include upsetting and tensile tests and metallographic analysis of material for a micro scale fracture model. The second part examines development of a multi-scale numerical model of fracture phenomena. It also describes a computer program developed to enable the prognoses and observation of discontinuity in grains boundaries during deformation.

SKU: P05394 Category:

Description

This paper considers the development of a mathematical model for drawing MgCa08 wire with an option for fracture phenomena prediction in micro scale. The first part focuses on experimental studies that include upsetting and tensile tests and metallographic analysis of material for a micro scale fracture model. The second part examines development of a multi-scale numerical model of fracture phenomena. It also describes a computer program developed to enable the prognoses and observation of discontinuity in grains boundaries during deformation.

Additional information

Author(s)

Andriej Milenin and D. J. Byrska, AGH University of Science and Technology, Poland
Publication/Event/Pages

Paper presented at WAI's 80th Annual Convention (Wire Expo) in Milwaukee, May 2010.
Year

2010

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