On Gakhov’s radius for some classes of functions© 2015, Pleiades Publishing, Ltd. We introduce Gakhov’s
radius as the
radius of the largest circle
On mappings related to the gradient of the conformal radiusWe establish a criterion for the gradient ∇R(D, z) of the conformal
radius of a convex domain D
On Gakhov’s radius for some classes of functions© 2015, Pleiades Publishing, Ltd. We introduce Gakhov’s
radius as the
radius of the largest circle
On mappings related to the gradient of the conformal radiusWe establish a criterion for the gradient ∇R(D, z) of the conformal
radius of a convex domain D
On the Inner Radius for Multiply Connected DomainsOn the Inner
Radius for Multiply Connected Domains
Uniqueness of the Critical Point of the Conformal Radius: “Method of Déjà vu” of the conformal
radius (hyperbolic derivative) to be unique where the
mapping function is holomorphic and locally
On extrema of the Mityuk radius for doubly connected domainsWe study extrema of the Mityuk
radius depending on the choice of the canonical domain. Turning
Bohr Inequalities in Some Classes of Analytic Functions inequality. An exact estimate in the strong Bohr inequality is obtained and the Bohr–Rogosinski
radius for a
Bohr–Rogosinski Inequalities for Bounded Analytic Functions for the harmonic
mappings of the form (Formula presented.), where the analytic part (Formula presented.) is bounded