Motivated by q-analogue theory and symmetric conic domain, we study here the q-version of
the Ruscheweyh differential operator by applying it to the starlike functions which are related …

Sažetak In this paper our aim is to find the radii of starlikeness and convexity of the
normalized Wright functions for three different kind of normalization. The key tools in the …

In this paper the radii of starlikeness of Jackson's second and third q-Bessel functions are
considered and for each of them three different normalization are applied. By applying Euler …

In Geometric function theory, the Ma-Minda class of starlike functions has a unique place as
it unifies various subclasses of starlike functions. There has been an vivid interplay between …

The radius problem explaining the geometric properties of the normalized forms of the
special functions has been of special interest among the Geometric function theories. In this …

Some geometric properties of a normalized hyper-Bessel functions are investigated.
Especially we focus on the radii of starlikeness, convexity, and uniform convexity of hyper …

The normalization of the combination of generalized Lommel–Wright function J κ 1, κ 2 κ 3,
m (z)(m∈ N, κ 3> 0 and κ 1, κ 2∈ C) defined by J κ 1, κ 2 κ 3, m (z):= Γ m (κ 1+ 1) Γ (κ 1+ κ …

In the present investigation, by applying two different normalizations of the Jackson's second
and third q-Bessel functions tight lower and upper bounds for the radii of convexity of the …

In this paper, our aim is to find the radii of starlikeness and convexity of the Ramanujan type
function for three different kinds of normalization by using their Mittag–Leffler expansion in …

Sažetak In this paper our aim is to find the radii of starlikeness and convexity of the
generalized Mittag-Leffler function for three different kinds of normalization by using their …