Host Department of Applied Mathematics Description The speaker is interested in quantifying the kinetics of microstructures, e.g., micron-sized particles, viruses, in linear viscoelastic (LVE) flow, e...
Host Department of Applied Mathematics Description The behavior of a stochastic differential equation, i.e. a differential equation with a noise component, can be analyzed by determining quantities...
Host Department of Applied Mathematics Description This talk address the complexities related to vascular tumor behavior during treatment, represented by a combined modality involving chemotherapy and...
Host Department of Applied Mathematics Description The behavior of a stochastic differential equation, i.e., a differential equation with a noise component, can be analyzed by determining quantities...
Host Department of Applied Mathematics Description The mechanical behavior of soft biological tissues has received a considerable amount of attention in the last few years. In growth problems such as...
Host Department of Applied Mathematics Speaker Hualong Feng Visiting Assistant Professor;IIT http://www.chbe.iit.edu/~schieber/hualong.html Description We demonstrate the ability to simulate complex...
Host Department of Applied Mathematics Description In this project, we want to study the interactions of two particles moving in a three-dimensional linear viscoelastic fluid. Previously, this was...
Host Department of Applied Mathematics Speaker Xiaoxia "Jessica" Xie IIT Description This talk concerns the population dynamics modeled by the KPP-type equations with nonlocal dispersal operators. It...
Host Department of Applied Mathematics Description This talk will include an analysis of tumor's morphological changes using the role the interface stiffness plays on tumor's evolution. An...
Host Department of Applied Mathematics Description WENO schemes are based on ENO schemes. The key idea of ENO schemes is to use the "smoothest" stencil among several candidates to approximate the...
