Dr. Wiezorek’s group performs physical metallurgy related research on the characterization, design and engineering of microstructures to understand, optimize and enhance the properties of primarily metal based material, such as Al-, Mg-, Ti-, Ni-,
Fe-alloys and intermetallics, for both structural and functional applications. The research utilizes expert application of electron-, ion- and photon-beam based analyses, such as scanning and transmission electron microscopy as well as X-ray diffraction
methods, and processing by plastic deformation, thermo-mechanical and continuous wave and pulsed laser-based processing of bulk and thin film materials to elucidate processing-microstructure-property relationships, resulting in tailoring of the
processing paths for enhanced performance in the envisaged application environments.