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Computational mathematics
Locally one-dimensional difference schemes for the fractional diffusion equation with a fractional derivative in lowest terms
A. K. Bazzaevab, I. D. Tsopanovb a North-Ossetia State University, Vladikavkaz
b Vladikavkaz Institute of Management
Abstract:
For a fractional diffusion equation with a fractional derivative in lowest terms with Robin boundary conditions, locally one-dimensional difference schemes are considered and their stability and convergence are proved.
Keywords:
locally one-dimensional difference scheme, slow diffusion equation, Caputo fractional derivative, maximum principle, stability and convergence of difference schemes, Robin boundary conditions.
Received November 18, 2014, published February 2, 2015
Citation:
A. K. Bazzaev, I. D. Tsopanov, “Locally one-dimensional difference schemes for the fractional diffusion equation with a fractional derivative in lowest terms”, Sib. Èlektron. Mat. Izv., 12 (2015), 80–91
Linking options:
https://www.mathnet.ru/eng/semr570 https://www.mathnet.ru/eng/semr/v12/p80
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Abstract page: | 348 | Full-text PDF : | 102 | References: | 58 |
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