A high resolution wavelet collocation method based on Gegenbauer polynomials is
proposed for the solution of fourth-order time-fractional integro-differential equations …

Abstract Changes in morphology of a polycrystalline material may occur through interface
motion under the action of a driving force. An important special case that is considered in …

In this paper, the fourth‐order parabolic equations with different boundary value conditions
are studied. Six kinds of boundary value conditions are proposed. Several numerical …

A finite difference scheme along with a fourth-order approximation is examined in this article
for finding the solution of time-fractional diffusion equation with fourth-order derivative in …

In this paper, the fourth‐order parabolic equation with the first Neumann boundary value
conditions is concerned, where the values of the first and second spatial derivatives of the …

Various boundary value conditions have been endowed for the fourth‐order differential
equations. In the current work, a class of the fourth‐order parabolic equations with the third …

In this paper, we propose a verification method for the convergence rates of the numerical
solutions for parabolic equations. Specifically, we consider the numerical convergence rates …

It is usually desirable to approximate the solution of mathematical problems with high-order
of accuracy and preferably using compact stencils. This work presents an approach for …

In this paper, we propose a verification method for the convergence rates of the numerical
solutions for parabolic equations. Specifically, we consider the numerical convergence rates …