An adaptation of the modified decomposition method in solving nonlinear initial-boundary value problems for ODEs

This paper considers an interesting variation of the modified decomposition method, which permits determination of the solution of nonlinear initial-boundary value problems for second-order ODEs appearing in physics such as the Thomas-Fermi, Bratu and Troesch equations.

Automated summary

This paper explores an interesting variation of the modified decomposition method to determine the solutions of nonlinear initial-boundary value problems for second-order ordinary differential equations found in physics, such as the Thomas-Fermi, Bratu, and Troesch equations.