We introduce in this paper a new family of uniformly convex functions related to the Deniz–Özkan differential operator. By using this family of functions with a negative coefficient, we obtain coefficient estimates, the radius of starlikeness, convexity, and close-to-convexity, and we find their extreme points. Moreover, the neighborhood, partial sums, and integral means of functions for this new family are studied
Abstract. In this paper we introduce new subclasses of k-uniformly convex and starlike functions wit...
In this paper, we define a new subclass of k-uniformly convex functions order α type β with varying ...
Abstract. Making use of familiar Salagean derivative [7], we have introduced a new subclass of analy...
We define a new subclass of uniformly starlike and convex functions with negative coefficient; the m...
In this paper a new subclass of uniformly convex functions with negative coefficients defined by Dzi...
In this paper, we introduce a new subclass of uniformly convex functions defined by Gegenbauer polyn...
In this paper a new subclass of uniformly convex functions with negative coefficients defined by Dzi...
Making use of certain linear operator, we define a new subclass of uniformly con-vex functions with ...
Certain classes of analytic functions are defined which will generate new, as well as k-uniformly co...
In this paper, we present and carefully examine a new subclass of analytic functions characterized b...
Abstract In this paper we study a class of α-uniformly starlike functions with negative coefficients...
Abstract. Let A be the class of all analytic functions of the form f(z) = z + ∞X k=2 akz k defined ...
Abstract. We introduce the subclass Tj(n,m, λ, α) of analytic functions with negative coefficients d...
Making use of the generalized hypergeometric functions, we define a new subclass of uniformly convex...
Abstract. The object of the present paper is to obtain coefficient esti-mates, some properties, dist...
Abstract. In this paper we introduce new subclasses of k-uniformly convex and starlike functions wit...
In this paper, we define a new subclass of k-uniformly convex functions order α type β with varying ...
Abstract. Making use of familiar Salagean derivative [7], we have introduced a new subclass of analy...
We define a new subclass of uniformly starlike and convex functions with negative coefficient; the m...
In this paper a new subclass of uniformly convex functions with negative coefficients defined by Dzi...
In this paper, we introduce a new subclass of uniformly convex functions defined by Gegenbauer polyn...
In this paper a new subclass of uniformly convex functions with negative coefficients defined by Dzi...
Making use of certain linear operator, we define a new subclass of uniformly con-vex functions with ...
Certain classes of analytic functions are defined which will generate new, as well as k-uniformly co...
In this paper, we present and carefully examine a new subclass of analytic functions characterized b...
Abstract In this paper we study a class of α-uniformly starlike functions with negative coefficients...
Abstract. Let A be the class of all analytic functions of the form f(z) = z + ∞X k=2 akz k defined ...
Abstract. We introduce the subclass Tj(n,m, λ, α) of analytic functions with negative coefficients d...
Making use of the generalized hypergeometric functions, we define a new subclass of uniformly convex...
Abstract. The object of the present paper is to obtain coefficient esti-mates, some properties, dist...
Abstract. In this paper we introduce new subclasses of k-uniformly convex and starlike functions wit...
In this paper, we define a new subclass of k-uniformly convex functions order α type β with varying ...
Abstract. Making use of familiar Salagean derivative [7], we have introduced a new subclass of analy...