activity
20152021
most citedA class of quasilinear second order partial differential equations which describe spherical or pseudospherical surfaces

10 citations · 12 across the 7 of their papers we have counts for

collaborators

8 papers

math.DG2021

Self-Similar Solutions to the Curvature Flow and its Inverse on the 2-dimensional Light Cone

Fabio Nunes da Silva, Keti Tenenblat

We show that the solutions to the curvature flow (CF) for curves on the 2-dimensional light cone are in correspondence with the solutions to the inverse curvature flow (ICF). We pr…

math.DG20211 cited

Soliton Solutions to the Curve Shortening Flow on the 2-dimensional hyperbolic plane

Fabio Nunes da Silva, Keti Tenenblat

We show that a curve is a soliton solution to the curve shortening flow if and only if its geodesic curvature can be written as the inner product between its tangent vector field a…

math.DG201910 cited

A class of quasilinear second order partial differential equations which describe spherical or pseudospherical surfaces

Diego Catalano Ferraioli, Tarcísio Castro Silva, Keti Tenenblat

Second order partial differential equations which describe spherical surfaces (ss) or pseudospherical surfaces (pss) are considered. These equations are equivalent to the structure…

math.DG2019

Noncompact quasi-Einstein manifolds conformal to a Euclidean space

Ernani Ribeiro, Keti Tenenblat

The goal of this article is to investigate nontrivial -quasi-Einstein manifolds globally conformal to an -dimensional Euclidean space. By considering such manifolds, whose co…

math.DG2017

The mean curvature flow by parallel hypersurfaces

Hiuri Fellipe Santos dos Reis, Keti Tenenblat

It is shown that a hypersurface of a space form is the initial data for a solution to the mean curvature flow by parallel hypersurfaces if, and only if, it is isoparametric. By sol…

math.DG2017

Local isometric immersions of pseudo-spherical surfaces and k-th order evolution equations

Nabil Kahouadji, Niky Kamran, Keti Tenenblat

We consider the class of evolution equations that describe pseudo-spherical surfaces of the form u\_t = F (u, u/x, ..., ^k u/x^k), k 2…