WorkshopsModeling and simulation of passive and active hydrogels with application to biofilms and cell oscillation
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In this presentation, I will discuss a general framework for modeling hydrogels with application to biofilms. We then discuss various limit of the model to investigate how biofilom grow and interact with the ambient fluids. Then, I will discuss a class of continuum models for active nematic gels and formulate the multiphase complex fluid model for the whole cell and its ambient (buffer) fluid. I will then discuss the simulation using this model for cell oscillation driven by an imposed chemical source.
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Qi Wang
2012-01-05
11:20:00 - 12:10:00
101 , Mathematics Research Center Building (ori. New Math. Bldg.)
In this presentation, I will discuss a general framework for modeling hydrogels with application to biofilms. We then discuss various limit of the model to investigate how biofilom grow and interact with the ambient fluids. Then, I will discuss a class of continuum models for active nematic gels and formulate the multiphase complex fluid model for the whole cell and its ambient (buffer) fluid. I will then discuss the simulation using this model for cell oscillation driven by an imposed chemical source.
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