A Free Boundary Problem Modeling Wound Healing
Presenter
March 7, 2011
Keywords:
- applied PDE
- boundary layers and boundary conditions
- partial differential equations
- mathematical biology
- mathematical modelling
- fluid dynamics
MSC:
- 35-xx
- 35R35
- 35R37
- 35Qxx
- 35Q35
- 35Q92
Abstract
We consider a 3-D model of a dermal wound. The tissue surrounding the wound is slowly healing, and is viewed as an upper convected Maxwell fluid. The velocity satisfies a free boundary problem for a strongly elliptic system with inhomogeneous terms which depend on the fluid pressure P. But P depends on the density of the tissue, which satisfies, together with a number of other variables (densities of cells and signalling molecules) a system of parabolic / hyperbolic equations outside the wound. We shall discuss questions of existence of a solution and properties of the free boundary.