Title of article :
NUMERICAL SOLUTION OF A QUASILINEAR PARABOLIC PROBLEM WITH PERIODIC BOUNDARY CONDITION
Author/Authors :
Sakinc, Irem Kocaeli University, Umuttepe Campus - Department of Mathematics, Turkey
From page :
183
To page :
189
Abstract :
In this paper we study the one dimensional mixed problem, with Neumann and Dirichlet type periodic boundary conditions, for the quasilinear parabolic equation (partial)u/(partial)t − a^2* (partial^2)u/(partial)x^2 = f(t, x, u). We construct an iteration algorithm for the numerical solution of this problem. We analyze computationally convergence of the iteration algorithm, as well as on test examples. We demonstrate a numerical procedure for this problem on concrete examples, and also we obtain numerical solution by using the implicit finite difference algorithm
Keywords :
Quasilinear parabolic equation , Periodic boundary condition , Generalized solutions , Iteration algorithm
Journal title :
Hacettepe Journal Of Mathematics an‎d Statistics
Journal title :
Hacettepe Journal Of Mathematics an‎d Statistics
Record number :
2600941
Link To Document :
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