In English

Modeling of Brain Tissue as Porous Visco-hyperelastic Medium

Fang Su
Göteborg : Chalmers tekniska högskola, 2007. 46 s. Diploma work - Department of Applied Mechanics, Chalmers University of Technology, Göteborg, Sweden, ISSN 1652-8557; 2007:46, 2007.
[Examensarbete på avancerad nivå]

This thesis deals with the modeling and simulation of the large deformation of human brain tissue. The brain tissue is modeled as a porous viscoelastic medium. It consists of slightly compressible nonlinear visco-hyperelastic solid skeleton and the cerebrospinal fluid with which the solid skeleton is saturated. In a first attempt, the Maxwell model is adopted to describe the behavior of the solid skeleton of the brain tissue in case of uniaxial strain. The consolidation process of the bi-phase brain tissue is simulated under quasi-static loading. Calibration of the model parameters is done according to the experimental data acquired from former research.

Nyckelord: Modeling, brain tissue, porous medium, FEM, visco-hyperelastic, consolidation, calibration

Publikationen registrerades 2008-01-14. Den ändrades senast 2013-04-04

CPL ID: 66246

Detta är en tjänst från Chalmers bibliotek