Modified Adomian decomposition method for singular initial value problems in the second-order ordinary differential equations
Journal Title: Surveys in Mathematics and its Applications - Year 2008, Vol 3, Issue 0
Abstract
In this paper an efficient modification of Adomian decomposition method is introduced for solving singular initial value problem in the second-order ordinary differential equations. The scheme is tested for some examples and the obtained results demonstrate efficiency of the proposed method.
Authors and Affiliations
Yahya Qaid Hasan, Liu Ming Zhu
pplications of generalized Ruscheweyh derivative to univalent functions with finitely many coefficients
By making use of the generalized Ruscheweyh derivative, the authors investigate several interesting properties of certain subclasses of univalent functions having the form<center> f(z) = z - Σ<SUB>n=2..m</...
Higher *-derivations between unital C*-algebras
Let A, B be two unital C<SUP>*</SUP>-algebras. We prove that every sequence of mappings from A into B, H = {h<SUB>0</SUB>,h<SUB>1</SUB>, ..., h<SUB>m</SUB>, ...}, which sat...
Homotopy analysis method for solving KdV equations
A scheme is developed for the numerical study of the Korteweg-de Vries (KdV) and the Korteweg-de Vries Burgers (KdVB) equations with initial conditions by a homotopy approach. Numerical solutions obtained by homotopy ana...
Uncertainty functional differential equations for finance
In this paper, we prove a local existence and uniqueness result for uncertain functional differential equation driven by canonical process.
Special Features In Turbulent Mixing. Comparison between Periodic and Non Periodic Case
After hundreds of years of stability study, the problems of flow kinematics are far from complete solving. A modern theory appears in this field: the mixing theory. Its mathematical methods and techniques developed the s...