A new model technique based on the linearization of Burger’s equation is introduced. In this paper we consider the approximate solution of the following nonlinear one dimensional Burgers’ equation. A new discretization scheme is introduced. A proof of convergence of the approximate solution is given and error estimates are derived. The numerical results obtained by the suggested technique are compared with the exact solution of the problem and also with other numerical methods. It is shown that our scheme is comparable with the others, and the numerical solution displays the expected convergence to the exact one as the mesh size is refined
A finite-difference scheme based on rational approximants to the matrix-exponential term in a two-ti...
Abstract-- In this paper we propose a new approach for solving Burgers ’ Equation [1–3]. We demonstr...
A numerical solution of the modified Burgers ’ equation (MBE) is obtained by using quartic B-spline ...
Purpose - The purpose of this paper is to present an approach capable of solving Burgers' equation. ...
The nonlinear Burgers’ equation is a simple form of Navier-Stocks equation. The nonlinear nature of ...
WOS: 000292344300004Purpose - The purpose of this paper is to present an approach capable of solving...
AbstractIn this paper, a qualocation method for the one-dimensional Burgers’ equation is proposed. A...
A numerical solution of the one-dimensional Burgers' equation is obtained using a sixth-order compac...
Two new higher-order accurate finite-difference schemes for the numerical solution of boundary-value...
In this paper we have studied a numerical approximation to the solution of the nonlinear Burgers' eq...
A fully implicit finite-difference method has been proposed for the numerical solutions of one dimen...
In this paper, an exponentially fitted method is used to numerically solve the one-dimensional Burge...
This article aims to obtain the numerical solution of nonlinear Burgers’ equation in one and two dim...
In this paper, the Laplace decomposition method (LDM) is proposed to solve the two-dimensional nonli...
AbstractThis paper presents a numerical method for one-dimensional Burgers’ equation by the Hopf–Col...
A finite-difference scheme based on rational approximants to the matrix-exponential term in a two-ti...
Abstract-- In this paper we propose a new approach for solving Burgers ’ Equation [1–3]. We demonstr...
A numerical solution of the modified Burgers ’ equation (MBE) is obtained by using quartic B-spline ...
Purpose - The purpose of this paper is to present an approach capable of solving Burgers' equation. ...
The nonlinear Burgers’ equation is a simple form of Navier-Stocks equation. The nonlinear nature of ...
WOS: 000292344300004Purpose - The purpose of this paper is to present an approach capable of solving...
AbstractIn this paper, a qualocation method for the one-dimensional Burgers’ equation is proposed. A...
A numerical solution of the one-dimensional Burgers' equation is obtained using a sixth-order compac...
Two new higher-order accurate finite-difference schemes for the numerical solution of boundary-value...
In this paper we have studied a numerical approximation to the solution of the nonlinear Burgers' eq...
A fully implicit finite-difference method has been proposed for the numerical solutions of one dimen...
In this paper, an exponentially fitted method is used to numerically solve the one-dimensional Burge...
This article aims to obtain the numerical solution of nonlinear Burgers’ equation in one and two dim...
In this paper, the Laplace decomposition method (LDM) is proposed to solve the two-dimensional nonli...
AbstractThis paper presents a numerical method for one-dimensional Burgers’ equation by the Hopf–Col...
A finite-difference scheme based on rational approximants to the matrix-exponential term in a two-ti...
Abstract-- In this paper we propose a new approach for solving Burgers ’ Equation [1–3]. We demonstr...
A numerical solution of the modified Burgers ’ equation (MBE) is obtained by using quartic B-spline ...