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, complex networks, statistics, systems theory, computational science, and artificial intelligence with applications in health care, energy systems, traffic, and imaging. Please click the following links
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. Design and conduct mechanical characterization experiments (e.g., uniaxial tensile tests, shear tests) using advanced techniques like Digital Image Correlation (DIC). Implement the material model in finite
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pressurized conditions (1-10 bar) while providing optical access, e.g. via a quartz/sapphire window, to the cell. Aside from standard current-voltage and EIS measurements, the setup should facilitate IR imaging
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rather poorly understood because they are extremely difficult to characterize at the molecular scale. Electrochemical (EC) AFM bares the promise to combine atomic scale imaging with force spectroscopy
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and navigate through the body. Techniques would be developed to track and control the path of the novel devices using images (MR and ultrasound imaging modalities). The present project will be conducted