[HTML][HTML] A meshless based numerical technique for traveling solitary wave solution of Boussinesq equation

M Dehghan, R Salehi - Applied Mathematical Modelling, 2012 - Elsevier
Applied Mathematical Modelling, 2012Elsevier
In this paper, we employ the boundary-only meshfree method to find out numerical solution
of the classical Boussinesq equation in one dimension. The proposed method in the current
paper is a combination of boundary knot method and meshless analog equation method.
The boundary knot technique is an integration free, boundary-only, meshless method which
is used to avoid the known disadvantages of the method of fundamental solution. Also, we
use the meshless analog equation method to replace the nonlinear governing equation with …
In this paper, we employ the boundary-only meshfree method to find out numerical solution of the classical Boussinesq equation in one dimension. The proposed method in the current paper is a combination of boundary knot method and meshless analog equation method. The boundary knot technique is an integration free, boundary-only, meshless method which is used to avoid the known disadvantages of the method of fundamental solution. Also, we use the meshless analog equation method to replace the nonlinear governing equation with an equivalent nonhomogeneous linear equation. A predictor–corrector scheme is proposed to solve the resulted differential equation of the collocation. The numerical results and conclusions are obtained for both the ‘good’ and the ‘bad’ Boussinesq equations.
Elsevier
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