Hardy type L p-inequalities in r-close-to-convex domains© 2015, Allerton Press, Inc. We describe non-
convex domains for which the Hardy constants
The punishing factors for convex pairs are 2n-1 with curvature and λ = -4 of Ω at z and of w, respectively. Then for any pair (Ω, ∏) of
convex domains, f ∈ A
The punishing factors for convex pairs are 2n-1 with curvature and λ = -4 of Ω at z and of w, respectively. Then for any pair (Ω, ∏) of
convex domains, f ∈ A
Hardy type L p-inequalities in r-close-to-convex domains© 2015, Allerton Press, Inc. We describe non-
convex domains for which the Hardy constants
A Note about Torsional Rigidity and Euclidean Moment of Inertia of Plane Domains about a circle. For
convex domains we show sharp isoperimetric inequalities, which justify
Families of domains with best possible hardy constantWe geometrically describe families of non-
convex plane and spatial
domains in which the basic Hardy
Comporable functionals of convex domainsComporable functionals of
convex domains Rellich type inequalities in domains of the Euclidean space inequalities for all non-
convex domains of dimension d ≥ 2 provided that the
domains satisfy the exterior
Hardy-Rellich inequalities in domains of the Euclidean space to the boundary of the
domain. M.P. Owen proved that this inequality is valid in any
convex domain with C2=9/16 (M
Punishing factors and Chua's conjectureLet Ω and ∏ be two simply connected
domains in the complex plane ℂ which are not equal to the whole