Project Title:
NSF DMREF: Multi-‐Scale Modeling and Characterization of Plasticity and Fracture in Magnesium Alloys.
Faculty Name / Department / Office # / Email / Phone #:
Haitham El Kadiri Assistant Professor, Mechanical Engineering Department 215 Carpenter building Phone: (662) 325 4777
Brief Project Description [3-‐5 sentences]:
Work requires performing in situ EBSD analyses on bending and post mortem texture analyses to identify the role of {1012} and {1011} twinning in damage progression in Mg. The overarching goal of this Obama Material Genome Initiative project is to relieve current industrial frustrations with wrought Mg alloys, which could lead to a rapid end to the current renaissance in Mg-‐based material research and development.
Required Qualif ications (optional): Mechanical Engineering, and GPA ≥ 3.5
Preferred Qualif ications (optional): GPA = 4.0
Expected Number of UG Researcher Positions: Two
Expected Number of Hours per Week: For each student, 12 hours in Fall/Spring, 30 hours in Summer.
Figure/Graphic (optional):
Figure 1. Inverse pole figure maps obtained by in situ EBSD on a same grain at three compressive plastic strain levels. This grain experiences a double-‐variant of {1012} twinning. Both variants grew under Schmid’s factor values of 0.49. The twins (in red) grew in a parent matrix (in blue).