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20162020
most citedCurvature types of planar curves for gauges

1 citations · 1 across the 6 of their papers we have counts for

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math.DG2020

Differential geometry of spatial curves for gauges

Vitor Balestro, Horst Martini, Makoto Sakaki

We derive Frenet-type results and invariants of spatial curves immersed in -dimensional generalized Minkowski spaces, i.e., in linear spaces which satisfy all axioms of finite d…

math.DG20191 cited

Curvature types of planar curves for gauges

Vitor Balestro, Horst Martini, Makoto Sakaki

In this paper results from the differential geometry of curves are extended from normed planes to gauge planes which are obtained by neglecting the symmetry axiom. Based on the gau…

math.DG2018

On curvature of surfaces immersed in normed spaces

Vitor Balestro, Horst Martini, Ralph Teixeira

The normal map given by Birkhoff orthogonality yields extensions of principal, Gaussian and mean curvatures to surfaces immersed in three-dimensional spaces whose geometry is given…

math.DG2017

Some topics in differential geometry of normed spaces

Vitor Balestro, Horst Martini, Ralph Teixeira

For a surface immersed in a three-dimensional space endowed with a norm instead of an inner product, one can define analogous concepts of curvature and metric. With these concepts…

math.DG2017

Surface immersions in normed spaces from the affine point of view

Vitor Balestro, Horst Martini, Ralph Teixeira

The aim of this paper is to investigate the differential geometry of immersed surfaces in three-dimensional normed spaces from the viewpoint of affine differential geometry. We end…

math.DG2017

Differential geometry of immersed surfaces in three-dimensional normed spaces

Vitor Balestro, Horst Martini, Ralph Teixeira

In this paper we study curvature types of immersed surfaces in three-dimensional (normed or) Minkowski spaces. By endowing the surface with a normal vector field, which is a transv…