Kovtanyuk, Audrey E.; Chebotarev, Alexander Yu.; Botkin, Nikolai D.; Turova, Varvara L.; Sidorenko, Irina N.; Lampe, Renee
Abstract:
A continuum steady-state model of oxygen transport in the brain is
studied. The unique solvability of the corresponding nonlinear
boundary-value problem is proven. The convergence of a simple iterative
procedure for finding solutions of the boundary-value problem is
established. Numerical experiments showing the consistency of the model
are conducted. (C) 2019 Elsevier Inc. All rights reserved.
Stichworte:
Nonlinear boundary-value problem; Unique solvability; Iterative
procedure; Oxygen transport in the brain