[PDF] Top 20 Polynomial Integral Transform for Solving Differential Equations
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Polynomial Integral Transform for Solving Differential Equations
... linear differential equation into an algebraic ...Laplace integral transforms was studied by [7]. Using the Natural integral transform, [2] sought the solution of differ- ential equation on ... See full document
12
A Generalization of Integral Transform
... for solving differential equations Laplace transform was introduced which converts the differential equation into an algebraic equation, which is then transformed the result back by ... See full document
13
SERIES SOLUTION OF TYPHOID FEVER MODEL USING DIFFERENTIAL TRANSFORM METHOD
... discussed. Differential Transformation Method (DTM) is discussed in detail, which is used to compute the series solution of the non-linear system of differential equation governing the model ...in ... See full document
14
A. One Dimensional Differential Transform Method
... Abstract— Reduced differential transform method (RDTM) is implemented for solving the linear and nonlinear Klein Gordon equations. The approximate analytical solution of the equation is ... See full document
5
Solutions of fractional difference equations using S-transforms
... numerous integral transforms that are widely used in physics, astronomy, as well as ...the differential equations, the integral transforms were extensively used and thus there are several ... See full document
7
A Modified New Homotopy Perturbation Method for Solving Linear Integral Equations – Differential
... Integral-differential equations appear in many scientific applications, especially when we convert initial value problems or boundary value problems to integral ...The ... See full document
6
Mahgoub Transform Method for Solving Linear Fractional Differential Equations
... Mahgoub Transform Method has been introduced for solving linear Fractional Differential Equations (FDEs) with constant ...Mahgoub Transform necessary in solving FDE are ... See full document
5
Fractional Fourier Transform to the Time-Independent Schrodinger Equation for the Quantum Harmonic Oscillator
... numerous integral transforms and widely used in physics, astronomy as well as in ...the differential equations, the integral transform were extensively used and thus there are several ... See full document
7
Integral transform methods for solving fractional dynamic equations on time scales
... of continuous and discrete time system. It is a subject of recent studies in many different fields in which a dynamic process can be described with continuous and discrete models. For the detailed information on theory ... See full document
11
Vol 2, No 9 (2011)
... for solving many functional equations such as ordinary, partial differential equations, integral equations and so many other ...for solving the one-dimensional ... See full document
6
Vol 9, No 1 (2018)
... "differential equations" was was proposed in 1676 by ...these equations were carried out in the late 17th century in the context of certain problems in mechanics and ...partial ... See full document
6
Solving mixed boundary value problem VIA an integral equation with the generalized neumann kernel in bounded doubly connected region
... or transform methods, the mixed boundary condition eventually leads to a system of equations, involving series or integrals, that must be ...these equations often yields a Fredholm integral ... See full document
22
Hermite Matrix Polynomial Collocation Method for Linear Complex Differential Equations and Some Comparisons
... In the numerical implementation, to determine coef- ficients an, in (5), we should solve a sys- tem of equations in the form of WF = G and properties of matrix W is directly depended on choosing the base. So ... See full document
7
International Journal of Partial Differential Equations and Applications
... Rangaig Transform has a clearer and deeper connection to Laplace ...Laplace Transform and Elzaki Transform cannot solve integro-differential equations but can be solved in Rangaig ... See full document
7
Laplace And Sumudu Transforms And Their Application
... Laplace transform is an integral transform method is particularly useful in solving linear ordinary differential equation. In order for any function of time f(t) to be Laplace ... See full document
5
On The Simulation of Partial Differential Equations Using the Hybrid of Fourier Transform and Homotopy Perturbation Method
... Fourier transform and homotopy perturbation method is developed for solving the non-homogeneous partial differential equations with variable ...Fourier transform is employed with ... See full document
11
Solving Fuzzy Integral Equations of the Second Kind by Fuzzy Laplace Transform Method
... In section 2, some basic definitions which will be used later in the paper are provided. In section 3, the fuzzy Laplace transform is studied. In section 4, the fuzzy convolution Volterra integral equation ... See full document
9
On the Laplace transform decomposition algorithm for solving nonlinear differential equations
... (ADM) and the Laplae transform deomposition algorithm (LTDA) for solving nonlinear.. dierential equations.[r] ... See full document
7
AN APPROXIMATE SOLUTION OF TWO DIMENSIONAL NONLINEAR VOLTERRA INTEGRAL EQUATION USING NEWTON-KANTOROVICH METHOD
... dimensional integral (NLTD) equations of the second kind have been exploited in several areas, including non homogeneous elasticity and electrostatics (Sankar ...dimensional integral equations ... See full document
7
Adomian Polynomial and Elzaki Transform Method of Solving Fifth Order Korteweg-De Vries Equation
... Elzaki transform and Adomian polynomial have been effectively used to solve nonlinear fifth order Korteweg-de Vries (KdV) ...Elzaki transform and Adomian polynomial has overcome the hurdle of ... See full document
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