Introduction
The use of advanced structural materials relies on a critical understanding of the factors controlling their deformation, fracture and fatigue behavior. A variety of studies are being conducted to determine the effects of changes in microstructure and stress state on deformation processing, fracture and fatigue processes. Materials under exploration include monolithic materials such as high strength steels, titanium alloys, and aluminum alloys. Advanced structural materials, such as intermetallics, metal matrix composites, laminates, ceramics, and bulk metallic glasses are included, while various biological systems (e.g. implantable electrodes, bone, etc) are also under investigation using our unique Center for Mechanical Characterization of Materials.
This center is operating under the guidance of a full-time engineer, while assisting in solving testing problems and provide training. The center facilities include servo-hydraulic machines, universal testing machines, electromechanical testing machines, pneumatic testing machines, fatigue testing machines, impact testing machines and creep testing machines. Deformation processing is also possible using advanced forming and forging equipment. |
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