Post-Doc, Mechanics of Materials
McCormick School of Engineering and Applied Science
Thesis Title: A Multi-scale Framework for Modeling Instabilities in Fluid-Infiltrated Porous Solids
About
My researches focus on theoretical and numerical aspects of multi-physical coupling of mechanical processes across different length scales, with particular emphasis on understanding the basic mechanism that leads to strain localizations and diffusive failures. I seek to develop numerical and theoretical frameworks and tools to predict and model various types of material instabilities occurring in multi-constituent media under static and dynamics condition. My work is highly collaborative and encompasses computational solid and fluid mechanics, graph theory, image processing of tomographic images and combined deterministic-stochastic numerical analysis.
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