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
Families of domains with best possible hardy constantWe geometrically describe families of
non-convex plane and spatial
domains in which the basic Hardy
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
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.P. Owen (1999) [21]). We examine the inequality in
non-convex domains. It is proved that a positive
A geometric description of domains whose Hardy constant is equal to 1/4 geometric description of families of
non-convex planar and spatial
domains in which the following Hardy
Sharp constants in hardy type inequalities and describe their applications to inequalities in multidimensional
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.P. Owen (1999) [21]). We examine the inequality in
non-convex domains. It is proved that a positive
Families of domains with best possible hardy constantWe geometrically describe families of
non-convex plane and spatial
domains in which the basic Hardy