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Numerical solution of linear fractional weakly singular integro-differential equations with integral boundary conditions

机译:具有积分边界条件的线性分数阶弱奇异积分微分方程的数值解

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摘要

We consider a class of boundary value problems for linear fractional weakly singular integro-differential equations with Caputo fractional derivatives and integral boundary conditions. Using an integral equation reformulation of the boundary value problem, we first study the regularity of the exact solution and its Caputo derivative. Based on the obtained regularity properties and by using suitable smoothing transformations along with spline collocation techniques, the numerical solution of the problem is discussed. Optimal global convergence estimates are derived and a superconvergence result for a special choice of grid and collocation parameters is given. A numerical illustration is also presented.
机译:我们考虑带有Caputo分数阶导数和积分边界条件的线性分数阶弱奇异积分-微分方程的一类边值问题。我们使用边界值问题的积分方程式重构,首先研究精确解及其Caputo导数的正则性。基于获得的规则性,并通过使用合适的平滑变换以及样条搭配技术,讨论了该问题的数值解。得出了最佳的全局收敛估计,并给出了针对网格和配置参数的特殊选择的超收敛结果。还提供了一个数字说明。

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