abstract 31

Bulletin of Computational Applied Mathematics (Bull CompAMa)

31

On solution of a nonlocal problem with dynamic boundary conditions for a loaded linear parabolic equation by straight-line methods

Zakir Khankishiyev

We consider a nonlocal problem with dynamic boundary conditions for a loaded linear parabolic equation. For this problem we prove the unique solvability in Sobolev's spaces and the maximum principle under some natural conditions. We suggest the numerical straight-lines method for the finding of the solution of the problem. The convergence of the straight-lines method to the exact solution is also proved.

Keywords: nonlocal problem; loaded parabolic equation; dynamic boundary condition; straight lines method; numerical solution; maximum principle; rate of convergence.

Cite this paper:

Khankishiyev Z., On solution of a nonlocal problem with dynamic boundary conditions for a loaded linear parabolic equation by straight-line methods,

Bull. Comput. Appl. Math. (Bull CompAMa),

Vol. 5, No. 1, Jan-Jun, pp.77-98, 2017.