On hardy type inequalities involving fractional integrals

The notions fractional derivative and fractional integral are emerged with responses which are being looking for question "Do derivatives and integrals are only exist for integer numbers?" which are firstly proposed by Liouville. The definition of fractional derivative and firstly interested by Euler. After, respectively, Leibniz, Lagrange, Abel, Liouville and other many mathematicians' fractional derivatives and integrals generalization based on their work, it continues to grow up thanks to them. G. H. Hardy, who takes on the road in order to Hilbert inequalities' different and easier proof, found out the form of the inequality that known in 1920 name. Also he presented this inequalities' series' form with their proofs in his famous article in 1925. The main reason why Hardy inequalities' was being studied by many scientists in different conditions is that this inequality have many application of mathematics Hardy inequality and generalization takes important role of mathematics such as ordinary and partial theory of differential equations, theory of operator, functional analysis, harmonic analysis, boundary value problems, mathematical modelling. Besides, in the field of physics, it finds opportunity to apply different field of science such as electrorheological fluids of mathematical modelling's behavior. Similarly, the applications of fractional derivative and fractional integral emerges many science branch such as physics, chemistry, electrodynamic, aero dynamical, mathematical modelling. In the first part, fractional derivative and integrals which we will use in our dissertation will be mentioned about general information. Latter, Hardy Type Inequalities which contains fractional integral will be acquired by benefiting from all of that information's. Keywords: Hardy Inequality, k- Fractional Integral, Opial Inequality, Riemann Liouville Fractional Integral.