fractional equation

fractional equation

[¦frak·shən·əl i′kwā·zhən]
(mathematics)
Any equation that contains fractions.
An equation in which the unknown variable appears in the denominator of one or more terms.
McGraw-Hill Dictionary of Scientific & Technical Terms, 6E, Copyright © 2003 by The McGraw-Hill Companies, Inc.
References in periodicals archive ?
This fractional equation is solved numerically by making use of the Adams-Bashforth-Moulton type method also known as predictor-corrector (PECE) technique and is fully detailed in the article by Diethelm et al.
For 1 < [alpha] < 2, the fractional equation (1) is known as the fractional diffusion-wave equation which fills the gaps between the diffusion equation and wave equation [16,20].
Stojanovic: Existenceuniqueness result for a nonlinear n-term fractional equation, J.
Clinical Calculations remains the only text to cover all four major drug calculation methods: basic formula, ratio and proportion, fractional equation, and dimensional analysis.
Given the above discussions, in this paper, based on comparison principle of linear fractional equation with delay, by applying a fractional inequality, a sufficient condition is achieved to ensure the synchronization of fractional order time delayed chaotic financial systems.
[16] used the difference method for space-time fractional equation and presented the stability and convergence, Meerschaert and Tadjeran [17] applied the finite difference approximation for space-fractional equations, Meng [18] put forward a new approach for solving fractional partial differential equations, Sousa [19] developed numerical approximations for fractional diffusion equations via splines, Zhou and Wu [20] proposed the finite element multigrid method for the boundary value problem of fractional advection dispersion equation.
The task distribution model of the parallel algorithm [16] for the one-dimensional Riesz space fractional equation is ODD.
For the case of [alpha] = 1, the fractional equation reduces the classical Riccati differential equation.
The aim of this work is to contribute to the development of a new version of fractional fundamental Cattaneo-Vernotte equation applying the idea proposed in the work [42]; the order considered is (0,2] for the fractional equation in spacetime domain; this representation preserves the dimensionality of the equation for any value taken by the exponent of the fractional derivative.
In order to illustrate two analytical methods, we investigate the nonlinear local fractional equation of order 2[alpha] as follows:
Considering (11) and assuming that the space derivative is fractional (9) and the time derivative is ordinary, the spatial fractional equation is
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