A collocation method based on linear Legendre multiwavelets is developed for numerical solution of one-dimensional parabolic partial integrodifferential equations of diffusion type. Such equations have numerous applications in many problems in the applied sciences to model dynamical systems. The proposed numerical method is validated by applying it to various benchmark problems from the existing literature. The numerical results confirm the accuracy, efficiency, and robustness of the proposed method
This paper presents a new efficient method for the numerical solution of a linear time-dependent par...
AbstractAn algorithm for the solution of nonlinear systems of parabolic partial differential equatio...
Collocation with cubic splines is used as a method for solving Linear second order parabolic partial...
An efficient technique for solving parabolic partial integrodifferential equation is presented. This...
This thesis presents a new class of collocation methods for the approximate numerical solution of li...
A numerical approach is proposed for solving multidimensional parabolic diffusion and hyperbolic wav...
The numerical solutions of linear integrodifferential equations of Volterra type have been considere...
A Legendre wavelet collocation method is proposed for solving a nonlinear coupled time fractional di...
A wavelet-like collocation method is proposed to approach the reduction of dissipative distributed s...
Collocation at Gaussian points for a scalar m'th order ordinary differential equation has heen studi...
We study the effect of numerical quadrature in space on semidiscrete and fully discrete piecewise-li...
AbstractAn effective method based upon Legendre multiwavelets is proposed for the solution of Fredho...
In this paper the numerical solution of fractional diffusion wave equation is proposed. The fraction...
Paper presented at the 4th Strathmore International Mathematics Conference (SIMC 2017), 19 - 23 June...
AbstractIn this paper we study the numerical solutions to parabolic Volterra integro-differential eq...
This paper presents a new efficient method for the numerical solution of a linear time-dependent par...
AbstractAn algorithm for the solution of nonlinear systems of parabolic partial differential equatio...
Collocation with cubic splines is used as a method for solving Linear second order parabolic partial...
An efficient technique for solving parabolic partial integrodifferential equation is presented. This...
This thesis presents a new class of collocation methods for the approximate numerical solution of li...
A numerical approach is proposed for solving multidimensional parabolic diffusion and hyperbolic wav...
The numerical solutions of linear integrodifferential equations of Volterra type have been considere...
A Legendre wavelet collocation method is proposed for solving a nonlinear coupled time fractional di...
A wavelet-like collocation method is proposed to approach the reduction of dissipative distributed s...
Collocation at Gaussian points for a scalar m'th order ordinary differential equation has heen studi...
We study the effect of numerical quadrature in space on semidiscrete and fully discrete piecewise-li...
AbstractAn effective method based upon Legendre multiwavelets is proposed for the solution of Fredho...
In this paper the numerical solution of fractional diffusion wave equation is proposed. The fraction...
Paper presented at the 4th Strathmore International Mathematics Conference (SIMC 2017), 19 - 23 June...
AbstractIn this paper we study the numerical solutions to parabolic Volterra integro-differential eq...
This paper presents a new efficient method for the numerical solution of a linear time-dependent par...
AbstractAn algorithm for the solution of nonlinear systems of parabolic partial differential equatio...
Collocation with cubic splines is used as a method for solving Linear second order parabolic partial...