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strong collaboration with the SHORES multidisciplinary research teams. The project will be focused on advanced modeling of coupled fracture/damage of geomechanical materials when subjected a range of
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include structural integrity, fatigue and fracture mechanics, collision survivability, hull design, risk and reliability analysis, ship resistance and motions, and propulsion systems. Our research spans
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the reactive transport and retention of groundwater contaminants, particularly PFAS, in porous and fractured subsurface environments. A major goal is to quantify the magnitude and longevity of contaminant fluxes
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(fingering), induced localized strains and fracturing. According with established similarity rules the role of confining stress will be deeply investigated in order to understand its role in fracture
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injury, and bleeding pelvic fractures using a very large in-house CT dataset with high-quality labeling and outcome data . 2) Training and validation of state-of-the-art segmentation models
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: For full consideration, please submit the required appliation materials to Dr. Jenny Suckale (jsuckale@stanford.edu (link sends e-mail) ) with “Post-doc Application” listed in the subject line. We will begin