MIA-07-25 |
» Inequalities Involving Certain Families of Integral and Convolution Operators
(04/2004) |

MIA-08-41 |
» Certain inequalities and their applications to multivalently analytic functions
(07/2005) |

MIA-09-53 |
» Some fractional differential inequalities and their applications
(10/2006) |

MIA-10-80 |
» On behaviour of the Riesz and generalized Riesz potentials as order tends to zero
(10/2007) |

MIA-12-27 |
» Coefficient inequalities for certain subclasses of analytic functions and their applications involving the Owa-Srivastava operator of fractional calculus
(04/2009) |

MIA-13-62 |
» Certain inequalities and their applications to multivalently analytic functions-II
(10/2010) |

MIA-14-03 |
» The Harnack inequality for the Riemann-Liouville fractional derivation operator
(01/2011) |

MIA-14-58 |
» Weighted criteria for one-sided potentials with product kernels on cones of decreasing functions
(07/2011) |

MIA-14-71 |
» Some inequalities for generalized fractional integral operators on generalized Morrey spaces
(10/2011) |

FDC-01-03 |
» Path probability of random fractional systems defined by white noises in coarse-grained time. Application of fractional entropy
(12/2011) |

FDC-01-04 |
» The Fractional Virial Theorem
(12/2011) |

DEA-04-16 |
» Existence and uniqueness of a positive solution to generalized nonlocal thermistor problems with fractional-order derivatives
(05/2012) |

FDC-02-02 |
» On the stability analysis of weighted average finite difference methods for fractional wave equation
(06/2012) |

FDC-02-03 |
» Opial type integral inequalities for fractional derivatives
(06/2012) |

FDC-02-07 |
» Boundary value problems for fractional differential inclusions in Banach spaces
(06/2012) |

FDC-02-08 |
» Some computational results for functions belonging to a family consisting of Cauchy-Euler type differential equation
(06/2012) |

JCA-01-07 |
» Generalized Stieltjes functions and their exact order
(07/2012) |

FDC-02-10 |
» A new class of multivalently analytic functions associated with fractional *q*-calculus operators
(12/2012) |

FDC-02-11 |
» Opial type integral inequalities for fractional derivatives II
(12/2012) |

FDC-02-12 |
» The solution of fractional nonlinear Ginzburg-Landau equation with weak initial data
(12/2012) |

JMI-07-13 |
» A multiple Opial type inequality for the Riemann-Liouville fractional derivatives
(03/2013) |

MIA-16-45 |
» Hardy type inequalities for fractional and *q*-fractional integral operators
(04/2013) |

JMI-07-22 |
» Chebyshev type inequalities for the Saigo fractional integrals and their *q*-analogues
(06/2013) |

FDC-03-01 |
» Boundary value problems for nonlinear fractional differential equations and inclusions with nonlocal and integral boundary conditions
(06/2013) |

FDC-03-02 |
» Analytical solution for the generalized time-fractional telegraph equation
(06/2013) |

FDC-03-03 |
» Weighted Hardy-type inequalities for monotone convex functions with some applications
(06/2013) |

FDC-03-04 |
» An Opial-Type inequality for fractional derivatives of two functions
(06/2013) |

MIA-16-49 |
» Composition identities for the Caputo fractional derivatives and applications to Opial-type inequalities
(07/2013) |

MIA-17-56 |
» Characterizations for the generalized fractional integral operators on Morrey spaces
(04/2014) |

FDC-04-02 |
» Hermite-Hadamard type inequalities for Riemann-Liouville fractional integrals of *(α,m)*-convex functions
(06/2014) |

JCA-05-06 |
» On some further hypergeometric series identities obtained via fractional calculus
(07/2014) |

DEA-06-24 |
» Results of local and global mild solution for impulsive fractional differential equation with state dependent delay
(08/2014) |

JMI-08-31 |
» Fundamental inequalities for fractional hybrid differential equations of distributed order and applications
(09/2014) |

JMI-08-57 |
» Opial-type inequalities for two functions with general kernels and applications
(12/2014) |

JMI-09-32 |
» Multiple Opial-type inequalities for general kernels with applications
(06/2015) |

FDC-05-01 |
» Subordination results on multivalent functions related to the Saigo fractional differintegral operator
(06/2015) |

FDC-05-03 |
» An Opial-type integral inequality and exponentially convex functions
(06/2015) |

FDC-05-05 |
» Finite difference method for solving the space-time fractional wave equation in the Caputo form
(06/2015) |

FDC-05-06 |
» Existence of mild solutions for impulsive fractional functional integro-differential equations
(06/2015) |

FDC-05-09 |
» Opial-type inequalities for fractional integral operator involving Mittag-Leffler function
(06/2015) |

MIA-18-75 |
» On weighted Bernstein type inequality in grand variable exponent Lebesgue spaces
(07/2015) |

DEA-07-19 |
» Existence results for a nonlinear fractional differential equations with integral boundary conditions on the half-line
(08/2015) |

MIA-18-119 |
» Applications of refined Hardy-type inequalities
(10/2015) |

JCA-07-10 |
» Integral representations of products of airy functions related to fractional calculus
(10/2015) |

FDC-05-11 |
» Lie symmetry analysis to general time-fractional Korteweg-de Vries equations
(12/2015) |

FDC-05-12 |
» Positive solutions to iterative systems of fractional order three-point boundary value problems with Riemann-Liouville derivative
(12/2015) |

FDC-05-13 |
» Existence and multiplicity results for the boundary value problem of nonlinear fractional differential equations
(12/2015) |

FDC-05-14 |
» On the Cauchy problem of a delay stochastic differential equation of arbitrary (fractional) orders
(12/2015) |

FDC-05-15 |
» Existence and uniqueness of solutions for fractional order *m*-point boundary value problems
(12/2015) |

FDC-05-17 |
» Global existence and uniqueness for implicit differential equation of arbitrary order
(12/2015) |

MIA-19-10 |
» Chebyshev and Grüss type inequalities involving two linear functionals and applications
(01/2016) |

MIA-19-57 |
» A note on convexity, concavity, and growth conditions in discrete fractional calculus with delta difference
(04/2016) |

DEA-08-14 |
» Existence and stability results for nonlinear implicit fractional differential equations with delay and impulses
(05/2016) |

JMI-10-38 |
» On Pólya-Szegö and Chebyshev types inequalities involving the Riemann-Liouville fractional integral operators
(06/2016) |

FDC-06-04 |
» Fractional calculus of variations with a generalized fractional derivative
(06/2016) |

FDC-06-05 |
» Some properties of Prabhakar-type fractional calculus operators
(06/2016) |

FDC-06-07 |
» Control chaos in the fractional Lorenz-Hamilton system
(06/2016) |

FDC-06-08 |
» On partial fractional differential equations with variable coefficients
(06/2016) |

FDC-06-10 |
» Remark to history of fractional derivatives on complex plane: Sonine-Letnikov and Nishimoto derivatives
(06/2016) |

MIA-19-65 |
» Some inequalities for functions having an *s*-convex derivative of superior order
(07/2016) |

MIA-19-71 |
» Fractional integrals on *B*_{σ}-weighted Morrey spaces
(07/2016) |

MIA-19-105 |
» Chebyshev-Grüss type inequalities on time scales via two linear isotonic functionals
(10/2016) |

JMI-10-82 |
» Generalized Opial-type inequalities for differential and integral operators with special kernels in fractional calculus
(12/2016) |

FDC-06-12 |
» Solvability and positive solutions of a system of higher order fractional boundary value problem with integral conditions
(12/2016) |

FDC-06-14 |
» Elasticity for economic processes with memory: fractional differential calculus approach
(12/2016) |

FDC-06-16 |
» Existence of positive solutions for coupled systems of half-linear boundary value problems involving Caputo fractional derivatives
(12/2016) |

FDC-06-18 |
» Chebyshev type inequality on nabla discrete fractional calculus
(12/2016) |

FDC-06-19 |
» A fractional rate model of learning
(12/2016) |

JMI-11-13 |
» A Lyapunov-type inequality for a fractional differential equation with Hadamard derivative
(03/2017) |

FDC-07-01 |
» New boundary value problems for higher order impulsive fractional differential equations and their solvability
(06/2017) |

FDC-07-02 |
» Green function's new property and its application to the solution for a higher-order fractional boundary value problem
(06/2017) |

FDC-07-03 |
» Continuous dependence of the solution of random fractional-order differential equation with nonlocal conditions
(06/2017) |

FDC-07-05 |
» Analytic solution of generalized space time fractional reaction diffusion equation
(06/2017) |

MIA-20-42 |
» Various inequalities related to the Adams inequality on weighted Morrey spaces
(07/2017) |

DEA-09-25 |
» Fractional Lyapunov inequalities on spherical shells
(08/2017) |

MIA-20-70 |
» A Gronwall inequality for a general Caputo fractional operator
(10/2017) |

FDC-07-06 |
» Positive solutions for boundary value problems of *N*-dimension nonlinear fractional differential system with integral boundary conditions
(12/2017) |

FDC-07-12 |
» Positive solutions of a system of fractional functional differential equations with nonlocal boundary conditions
(12/2017) |

FDC-07-17 |
» Representation of solutions of linear inhomogeneous Caputo fractional differential equation with continuous variable coefficient by Green function
(12/2017) |

JMI-12-11 |
» Inequalities via harmonic convex functions: conformable fractional calculus approach
(03/2018) |

FDC-08-01 |
» Shifted Chebyshev spectral-collocation method for solving optimal control of fractional multi-strain tuberculosis model
(06/2018) |

FDC-08-04 |
» Lyapunov inequalities for two kinds of higher-order multi-point fractional boundary value problems
(06/2018) |

FDC-08-05 |
» Some *k*-fractional integral inequalities for harmonically convex functions
(06/2018) |

FDC-08-08 |
» Inequalities of Jensen's type for generalized *k-g*-fractional integrals of function $f$ for which the composite *f ○ g*^{-1} is convex
(06/2018) |

FDC-08-09 |
» Qualitative results for solutions to nonlinear Caputo differential equations satisfying the Osgood condition
(06/2018) |

FDC-08-10 |
» Boundary value problems for Hadamard fractional differential equations with nonlocal multi-point boundary conditions
(06/2018) |

DEA-10-21 |
» Periodic solutions for nonlinear fractional differential systems
(08/2018) |

DEA-10-23 |
» On linear and nonlinear fractional Hadamard boundary value problems
(08/2018) |

JMI-12-54 |
» Lyapunov-type inequalities for nonlinear differential equation with Hilfer fractional derivative operator
(09/2018) |

FDC-08-13 |
» Faedo-Galerkin approximate solutions for nonlocal fractional differential equation of Sobolev type
(12/2018) |

FDC-08-17 |
» New *φ*-fractional estimates of Hermite-Hadamard type inequalities
(12/2018) |

FDC-08-20 |
» Inequalities of the Hermite-Hadamard type for Quasi-convex functions via the *(k,s)*-Riemann-Liouville fractional integrals
(12/2018) |

FDC-08-21 |
» Some new Hermite-Hadamard type inequalities via Caputo *k*-fractional derivatives concerning *(n+1)*-differentiable generalized relative semi-*(r;m,h*_{1},h_{2})-preinvex mappings
(12/2018) |

DEA-11-02 |
» A Gronwall inequality and the Cauchy-type problem by means of *ψ*-Hilfer operator
(02/2019) |

MIA-22-41 |
» Boundedness of generalized Riesz potentials of functions in Morrey spaces *L*^{(1,φ;κ)}(G) over non-doubling measure spaces
(04/2019) |

JMI-13-26 |
» Orlicz-fractional maximal operators on weighted *L*^{p} spaces
(06/2019) |

JMI-13-31 |
» Some Ostrowski type inequalities for *p*-convex functions via generalized fractional integrals
(06/2019) |

FDC-09-01 |
» Hilfer and Hadamard coupled Volterra fractional integro-differential systems with random effects
(06/2019) |

FDC-09-03 |
» On some Hardy-type inequalities for generalized fractional integrals
(06/2019) |

FDC-09-07 |
» Some new Hermite-Hadamard type inequalities via *k*-fractional integrals concerning differentiable generalized-**m**-((h_{1}^{p},h_{2}^{q});(η_{1},η_{2}))-convex mappings
(06/2019) |

FDC-09-11 |
» Global stability of a Leslie-Gower-type fractional order tritrophic food chain model
(06/2019) |

FDC-09-12 |
» Some inequalities for the generalized *k*-*g*-fractional integrals of convex functions
(06/2019) |

DEA-11-19 |
» A non Green's function approach to fractional Lyapunov-type inequalities with applications to multivariate domains
(08/2019) |