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[PDF] Top 20 Numerical solution of the first order linear fuzzy differential equations using He$’$s variational iteration method

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Numerical solution of the first order linear fuzzy differential equations using He$’$s variational iteration method

Numerical solution of the first order linear fuzzy differential equations using He$’$s variational iteration method

... Knowledge about dynamical systems modelled by differen- tial equations is often incomplete or vague. It concerns, for example, parameter values, functional relationships, or initial conditions. The well-known ... See full document

5

A Method for Solving Fuzzy Differential Equations using fourth order Runge-kutta Embedded Heronian Means

A Method for Solving Fuzzy Differential Equations using fourth order Runge-kutta Embedded Heronian Means

... years fuzzy differential equations leads a natural way to model dynamical systems under ...uncertainty.First order linear fuzzy differential equations are one of ... See full document

9

Numerical Solution of Linear Ordinary Differential Equations of Higher Order by Differential Transformation Method

Numerical Solution of Linear Ordinary Differential Equations of Higher Order by Differential Transformation Method

... ordinary differential equations, Partial differential equations, Linear Ordinary Differential Equations of Higher Order and integral ...higher order ... See full document

5

Variational Iteration Method Solutions for Certain Thirteenth Order Ordinary Differential Equations

Variational Iteration Method Solutions for Certain Thirteenth Order Ordinary Differential Equations

... the solution of the linear problems can be deter- mined in a single iteration ...of differential equations helps in understanding the varia- tional iteration ... 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

... 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 ... See full document

8

Numerical Solution of First Order Ordinary Differential Equations

Numerical Solution of First Order Ordinary Differential Equations

... presenting numerical solutions of first order differential equations arising in various applications of science and engineering using some classical numerical ...contain ... See full document

10

Numerical Solution of Higher Order Linear Fuzzy Differential Equations using Generalized STWS Technique

Numerical Solution of Higher Order Linear Fuzzy Differential Equations using Generalized STWS Technique

... STWS method has been adopted to solve the linear systems of fuzzy ...The numerical outcome had been compared with exact ...for linear systems of fuzzy IVPs of any order ... See full document

8

The Adomian decomposition method for numerical solution of first-order differential equations

The Adomian decomposition method for numerical solution of first-order differential equations

... approximate solution of both linear and non-linear first order ordinary initial value problems which occur most often in ...approximate solution tend to the exact ... See full document

8

Numerical Solution of First Order Ordinary Differential Equations

Numerical Solution of First Order Ordinary Differential Equations

... presenting numerical solutions of first order differential equations arising in various applications of science and engineering using some classical numerical ...contain ... See full document

10

Numerical Solution of Non-linear Fuzzy
Differential Equations using Single Term
Walsh Series Technique

Numerical Solution of Non-linear Fuzzy Differential Equations using Single Term Walsh Series Technique

... Single Term Walsh Series (STWS) technique was introduced by Rao et al. [21]. Balachandran and Murugesan[6, 7] have applied STWS technique to solve first order system of IVPs. Murugesan and Paul ... See full document

5

On numerical solutions of fuzzy differential equations

On numerical solutions of fuzzy differential equations

... 3. Numerical Solutions of a Fuzzy Initial Value Problem Consider the first order Fuzzy Initial Value Problem ...a fuzzy function of ; ( , ( )) is a fuzzy function of a ... See full document

9

Dhage Iteration Method for Nonlinear First Order Hybrid Differential Equations with a Linear Perturbation of Second Type

Dhage Iteration Method for Nonlinear First Order Hybrid Differential Equations with a Linear Perturbation of Second Type

... Definition 2.1. A mapping T : E → E is called isotone or monotone nondecreasing if it preserves the order relation , that is, if x y implies T x T y for all x, y ∈ E. Similarly, T is called monotone nonincreasing ... See full document

13

The variational iteration method for a class of tenth-order boundary value differential equations

The variational iteration method for a class of tenth-order boundary value differential equations

... The solution of nonlinear problems by analytic techniques is often rather dicult ...the numerical solutions of tenth-order boundary value problems and associated eigenvalue problems, is ...developed ... See full document

8

Analysis of Amperometric Enzyme Electrodes in the Homogeneous Mediated Mechanism using Variational iteration Method

Analysis of Amperometric Enzyme Electrodes in the Homogeneous Mediated Mechanism using Variational iteration Method

... second order differential equations describing the transport and kinetics of the enzyme and the mediator in the diffusion layer of the electrode are ... See full document

17

An Effective Perturbation Iteration Algorithm for Solving Riccati Differential Equations

An Effective Perturbation Iteration Algorithm for Solving Riccati Differential Equations

... the first-order differential equations by Pakdemirli et ...Multiple iteration algorithms can be equated by taking various number of terms in the pertur- bation expansions and different ... See full document

5

Two Step Hybrid Block Method for Solving Nonlinear Jerk Equations

Two Step Hybrid Block Method for Solving Nonlinear Jerk Equations

... the numerical solutions of the Jerk equation, har- monic balance approach to periodic solutions is used in [3], in [4] they have written the high-order ordinary differential equation in terms of its ... See full document

18

A Numerical Solution of First order Simultaneous Fuzzy Differential Equations by Sixth Order Runge Kutta Method

A Numerical Solution of First order Simultaneous Fuzzy Differential Equations by Sixth Order Runge Kutta Method

... defines fuzzy number as in ...a fuzzy process and its  - level set is denoted by   z   t    z  t , y , z   , z t , y , z   , t  I, 0 <   ... See full document

10

Variational iteration method for solving nth-order fuzzy integro-differential equations

Variational iteration method for solving nth-order fuzzy integro-differential equations

... the numerical method to solve nth-FIDE is ...mentioned method VIM is brought by solving some numerical examples and finally the results are compared with exact ... See full document

8

Variational iterative method: an appropriate numerical scheme for solving system of linear Volterra fuzzy integro differential equations

Variational iterative method: an appropriate numerical scheme for solving system of linear Volterra fuzzy integro differential equations

... Volterra fuzzy integro-differential equations, our solutions of the variational iteration method and the demonstration are given in ...the numerical variational ... See full document

15

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

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

... various numerical and analytical methods to solve such problems, for example, the homotopy perturbation method [3], the Adomian decomposition method [4], but each method limits to a special ... See full document

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