Analysis of a mathematical model of oxygen transport in brain
Dokumenttyp:
Proceedings Paper
Autor(en):
Kovtanyuk, Andrey E.; Chebotarev, Alexander Yu.; Dekalchuk, Anastasiya A.; Botkin, Nikolai D.; Lampe, Renee
Abstract:
A continuum two-compartment model of oxygen transport in brain is
studied. The model comprises two coupled, highly nonlinear partial
differential equations describing the oxygen concentration in the blood
and tissue compartments. A priori estimates of solutions are obtained,
and a simple iteration procedure for finding them is proposed. The
convergence of this method is proven. A numerical example illustrates
the theoretical analysis.
International Conference on Days on Diffraction (DD), St Petersburg,
RUSSIA, JUN 04-08, 2018
Ausrichter der Konferenz:
Russian Fdn Basic Res; ITMO Univ; Euler Int Math Inst; V A Steklov Inst
Math, St Petersburg Dept; St Petersburg State Univ; IEEE Russia NW Sect
AP ED MTT Joint Chapter; Simons Fdn