Michela Geri

Michela Geri is an Assistant Professor in the Thomas Lord Department of Mechanical Engineering and Materials Science at Duke University. Her research focuses on the mechanics of multi-phase materials, including soft and hard matter, with an emphasis on coupling mechanics with thermodynamic, kinematic, and chemical conditions. She explores particulate materials and structured fluids, developing novel experimental methods, theoretical models, and tailored materials to address challenges in energy and environmental systems. Geri's work spans interdisciplinary areas such as solid and fluid mechanics, rheology, and materials science. She is affiliated with the Duke Mechanical Engineering & Materials Science department and maintains a profile page at https://mems.duke.edu/people/michela-geri/.

Michela Geri is a researcher in Mechanical Engineering and Materials Science, focusing on mechanics, rheology, and soft materials. Her work explores the behavior of complex fluids and soft matter systems, including the viscoelastic properties of gels, the dynamics of colloidal gels, and the rheological characteristics of yield stress fluids. She investigates phenomena such as thixotropy, shear banding, and the interplay between wall slip and material response. Her research also extends to electro-osmotic flows, microchannel dynamics, and the development of advanced rheological measurement techniques. Geri's contributions span both experimental and numerical studies, offering insights into the fundamental mechanics of soft materials and their applications.