In this paper, we propose an algorithm of two-point block method to solve the nonlinear system of third-order boundary value problems directly. The proposed method is presented in a simple form of Adams type and two approximate solutions will be obtained simultaneously with the block method using variable step size strategy. The method will be implemented with the multiple shooting technique via the three-step iterative method to generate the missing initial value. Most of the existence method will reduce the third-order boundary value problems to a system of first order equations where the systems of six equations need to be solved. The method we proposed in this paper will solve the third-order boundary value problems directly. Two numeri...
"Times New Roman","serif" In this paper, we present two step direct method of Adams Moulton type (2P...
The diversity of adopting different step by step approach when developing block methods of the formi...
we use the modified variation of parameters method for finding the analytical solution of a system o...
A fourth order two-point block method is developed for solving nonlinear third order boundary value ...
We propose a three-step block method of Adam’s type to solve nonlinear second-order two-point bounda...
In this research, the direct method of multistep method is developed for the numerical solution of n...
Numerical hybrid block methods have been thought to be an appropriate method for solving ordinary di...
A fifth order direct method is developed for the numerical solution of nonlinear boundary value prob...
Two-point block method with variable step-size strategy is presented to obtain the solutions for bou...
In this paper, the direct three-point block one-step methods are considered for solving linear bou...
Two-point block method with variable step-size strategy is presented to obtain the solutions for bou...
In this paper, we present two step direct method of Adams Moulton type (2PDAM4 and 2PDAM5) for solvi...
In this paper, we use the modified decomposition method for solving the system of third-order nonlin...
The problem of third order ordinary differential equations (ODEs) is solved directly by using the bl...
This numerical study exclusively focused on the direct two point diagonally multistep block method o...
"Times New Roman","serif" In this paper, we present two step direct method of Adams Moulton type (2P...
The diversity of adopting different step by step approach when developing block methods of the formi...
we use the modified variation of parameters method for finding the analytical solution of a system o...
A fourth order two-point block method is developed for solving nonlinear third order boundary value ...
We propose a three-step block method of Adam’s type to solve nonlinear second-order two-point bounda...
In this research, the direct method of multistep method is developed for the numerical solution of n...
Numerical hybrid block methods have been thought to be an appropriate method for solving ordinary di...
A fifth order direct method is developed for the numerical solution of nonlinear boundary value prob...
Two-point block method with variable step-size strategy is presented to obtain the solutions for bou...
In this paper, the direct three-point block one-step methods are considered for solving linear bou...
Two-point block method with variable step-size strategy is presented to obtain the solutions for bou...
In this paper, we present two step direct method of Adams Moulton type (2PDAM4 and 2PDAM5) for solvi...
In this paper, we use the modified decomposition method for solving the system of third-order nonlin...
The problem of third order ordinary differential equations (ODEs) is solved directly by using the bl...
This numerical study exclusively focused on the direct two point diagonally multistep block method o...
"Times New Roman","serif" In this paper, we present two step direct method of Adams Moulton type (2P...
The diversity of adopting different step by step approach when developing block methods of the formi...
we use the modified variation of parameters method for finding the analytical solution of a system o...