A time fractional advection-dispersion equation is obtained from the standard advection-
dispersion equation by replacing the firstorder derivative in time by a fractional derivative in …

A space-time fractional advection-dispersion equation (ADE) is a generalization of the
classical ADE in which the first-order time derivative is replaced with Caputo derivative of …

This paper aims to propose an approach based on NSGA-II for solving multi-objective non-
linear fixed charge transportation problem with multiple modes of transport in crisp and …

We deal with the Cauchy problem for the space-time fractional diffusion equation, which is
obtained from standard diffusion equation by replacing the second-order space derivative …

This bibliography of fractional programming is a continuation of five previous bibliographies
by the author (Pure Appl. Math. Sci.(India), Vol. XIII, No. 1–2, 35–69, March (1981); ibid. Vol …

In this paper, we study an inverse problem to determine an unknown source term in the time-
fractional diffusion equation with variable coefficients in a general bound domain. This …

Variety of problems in science and engineering may be described by fractional partial
differential equations (FPDE) in relation to space and/or time fractional derivatives. The …

In this paper, the output regulation problem of the time fractional advection-dispersion
equation is considered, in the presence of disturbances. A generalized backstep** …

In this paper, we consider a two-dimensional fractional spacetime diffusion equation
(2DFSTDE) on a finite domain. We examine an implicit difference approximation to solve the …

Diffusion equations that use time fractional derivatives are attractive because they describe
a wealth of problems involving non-Markovian Random walks. The time fractional diffusion …