Hardy spaces, approximation issues and boundary value problemsThe weighted Hardy spaces ep (B; ρ) of
harmonic functions are introduced on simply connected
Mean-value theorem for B-harmonic functionsWe establish a mean value property for the
functions which is satisfied to Laplace–Bessel equation
Riesz-Fejér Inequalities for Harmonic Functions-valued
harmonic functions in the
harmonic Hardy space hp for all p > 1. The result is sharp for p ∈ (1
Rotations of convex harmonic univalent mappings=h+g‾ be a convex
harmonic mapping in the disk D. Then there is a θ∈[0,2π)such that the
function h+e iθ g
Bohr's inequalities for the analytic functions with lacunary series and harmonic functions by introducing the p-Bohr radius for
harmonic functions which in turn contains the classical Bohr radius
Weighted Hardy-Type Spaces of Harmonic and Analytic FunctionsWeighted Hardy-Type Spaces of
Harmonic and Analytic
Functions Generalized Poisson integral and sharp estimates for harmonic and biharmonic functions in the half-space integral are obtained. The sharp estimates are applied to
harmonic and biharmonic
functions in the half
Inverse boundary-value problems of cauchy type for harmonic functions)) in the Cauchy statement for an analytic
function and an unknown curve Γ. We obtain criteria for Γ to be the unit
INTEGRAL MEANS OF HARMONIC MAPPINGSIn this talk, we are interested to explore more on locally univalent
harmonic functions