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[PDF] Top 20 Solving ordinary differential equations by thedormand prince method

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Solving ordinary differential equations by thedormand prince method

Solving ordinary differential equations by thedormand prince method

... is differential equations. Differential equations study the relationship between a function and its ...simple differential equations can be solved directly by using ... See full document

6

Sin-Cos-Taylor-Like method for solving stiff ordinary diffrential equations

Sin-Cos-Taylor-Like method for solving stiff ordinary diffrential equations

... This paper focuses on the explicit one-step methods for solving stiff differential equations. Although most of the numerical analysts were confident that the implicit methods work better in producing ... See full document

10

Two step Runge Kutta Nyström method for solving second order ordinary differential equations

Two step Runge Kutta Nyström method for solving second order ordinary differential equations

... TSRKN method is P-stable if its interval of periodicity is (0, ...implicit method where its property has a high stage order which make them suitable for stiff ...TSRKN method of order two were ... See full document

48

Solution of Volterra’s Integro-Differential Equations by Using Variational Iteration Method

Solution of Volterra’s Integro-Differential Equations by Using Variational Iteration Method

... iteration method, which is a modified general Lagrange multiplier method [34] has been shown to solve effectively, easily and accurately, a large class of nonlinear problems with approximations which ... See full document

9

Application of He's homotopy perturbation
method for solving Sivashinsky equation

Application of He's homotopy perturbation method for solving Sivashinsky equation

... perturbation method (HPM) [1, 7] in nonlinear problems has been developed by scientists and engineers, because this method continuously deforms the difficult problem under study into a simple problem which ... See full document

7

A new exponential Jacobi pseudospectral method for solving high order ordinary differential equations

A new exponential Jacobi pseudospectral method for solving high order ordinary differential equations

... differential equations. Some of more recent methods are colloca- tion method [–], multiple iterative splitting method [], modified Adomian decomposi- tion method [–], spectral-Galerkin ... See full document

15

IMPLICIT BLOCK HYBRID-LIKE METHOD FOR SOLVING SYSTEM OF FIRST ORDER ORDINARY DIFFERENTIAL EQUATIONS

IMPLICIT BLOCK HYBRID-LIKE METHOD FOR SOLVING SYSTEM OF FIRST ORDER ORDINARY DIFFERENTIAL EQUATIONS

... backward differential formula method based on the interpolation and collocation of the basic ...block method of variable step size and order for system of non-stiff ...multistep method for ... See full document

7

On solving ordinary differential equations of the first order by updating the Lagrange multiplier in variational iteration ‎method

On solving ordinary differential equations of the first order by updating the Lagrange multiplier in variational iteration ‎method

... In this paper, we extend the idea of variational it- eration method by allowing the general Lagrange multiplier defined in the context of the variational iteration method [9] to change in each iteration. ... See full document

8

A 4-Point Block Method for Solving Second Order Initial Value Problems in Ordinary Differential Equations

A 4-Point Block Method for Solving Second Order Initial Value Problems in Ordinary Differential Equations

... block method for the numerical solution of second order ordinary differential ...the method, interpolation and collocation techniques were involved, while Legendre Polynomial served as both ... See full document

6

On Solving Systems of Autonomous Ordinary Differential Equations by Reduction to a Variable of an Algebra

On Solving Systems of Autonomous Ordinary Differential Equations by Reduction to a Variable of an Algebra

... differential equations. There is a vast literature regarding the solution of ordinary differential equations by different means and in particular by techniques utilizing generalized analytic functions, ... See full document

22

Modified Laplace Decomposition Method for Singular IVPs in the second-Order Ordinary Differential Equations

Modified Laplace Decomposition Method for Singular IVPs in the second-Order Ordinary Differential Equations

... dinary differential equations (ODEs) have been attracted the attention of many mathematicians and ...decomposition method [1-4] and the re- lated modification [5-6] to investigate various scientific ... See full document

9

Invariant functions for solving multiplicative discrete and continuous ordinary differential equations

Invariant functions for solving multiplicative discrete and continuous ordinary differential equations

... In this paper we recalled the preliminary definitions of discrete and continuous mul- tiplicative differentiations. Then their related invariant functions were introduced. By means of these functions we could solve the ... See full document

9

Implicit Two point Block Method with Third and Fourth Derivatives for Solving General Second Order ODEs

Implicit Two point Block Method with Third and Fourth Derivatives for Solving General Second Order ODEs

... order ordinary differential equations arise in many areas of applied science and engineering represented by mathematical ...for solving the problem directly are (i) using interpolation and ... See full document

8

Solving nonlinear Lane-Emden type equations with unsupervised
 combined artificial neural networks

Solving nonlinear Lane-Emden type equations with unsupervised combined artificial neural networks

... solved ordinary differential equations with the unsupervised ...general method for solving differential equa- tions with unsupervised feed-forward neural net- works was first ... See full document

12

Collocation Method via Jacobi Polynomials for Solving Nonlinear Ordinary Differential Equations

Collocation Method via Jacobi Polynomials for Solving Nonlinear Ordinary Differential Equations

... collocation method for solving a nonlinear ordinary differential equation ODE via Jacobi ...collocation method for solving problems in chemistry, physics, and so forth, see the works of ... See full document

12

Finite Difference Method for Solving the Initial Value Ordinary Differential Equations (ODE)

Finite Difference Method for Solving the Initial Value Ordinary Differential Equations (ODE)

... Ordinary differential equations (ODEs), especially systems of ODEs, have been applied in many fields such as physics, electronic engineering, and population ...a differential equation that ... See full document

7

Solving Ordinary Differential Equations with Evolutionary Algorithms

Solving Ordinary Differential Equations with Evolutionary Algorithms

... In this paper, we have been able to formulate the general linear second order ODE as an optimization problem, and we have also been able to solve the formulated optimization problem using the Differential ... See full document

5

Stability of Hydro dynamical System Using Normal Mode Technique

Stability of Hydro dynamical System Using Normal Mode Technique

... the method of normal modes, serves to separate the variables and reduces the linearized equations of motion from partial to ordinary differential ...of solving the set of coupled, ... See full document

6

Application to Differential Transformation Method for Solving Eight Order Ordinary Differential Equations

Application to Differential Transformation Method for Solving Eight Order Ordinary Differential Equations

... of ordinary differential equation for eight order ordinary differential equations it reduces the computational difficulties of other traditional methods like Laplase Trans ... See full document

9

Experimental Verification of Dynamic Modelling of Nitrogen Adsorption on Zeolite 13X with VSA Process

Experimental Verification of Dynamic Modelling of Nitrogen Adsorption on Zeolite 13X with VSA Process

... difference method, solid concentration is obtained by solving Ordinary Differential Equation (ODE) equations instead of Partial Differential Equation(PDE) [10, ... See full document

10

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