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Article · Symmetry · October 4, 2023

An Explicit–Implicit Upwind Difference Splitting Scheme in Directions for a Mixed Boundary Control Problem for a Two-Dimensional Symmetric t-Hyperbolic System

Abdumauvlen Berdyshev, Rakhmatillo Aloev, Zh. A. Abdiramanov, M.Kh. Ovlaeva

Zhanars Abdiramanov
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Abstract

In this paper, we introduce a numerical integration method for hyperbolic systems problems known as the splitting method, which serves as an effective tool for solving complex multidimensional problems in mathematical physics. The exponential stability of the upwind explicit–implicit difference scheme split into directions is established for the mixed problem of a linear two-dimensional symmetric t-hyperbolic system with variable coefficients and lower-order terms. It is noteworthy that there are control functions in the dissipative boundary conditions. A discrete quadratic Lyapunov function was devised to address this issue. A condition for the problem’s boundary data, ensuring the exponential stability of the difference scheme with directional splitting for the mixed problem in the l2 norm, has been identified.

Stability and Controllability of Differential EquationsDifferential Equations and Boundary ProblemsAdvanced Numerical Methods in Computational Mathematicsupwind finite difference schemedirectional splittingmixed boundary value problem

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