A planar curve subject to two synchronized rotations, one in its supporting plane and one of this plane about some axis in the plane, possibly at different speeds, traces out what is called a twisted surface. From this construction, it is clear that surfaces of revolution are a special kind of twisted surfaces. We present here classifications of twisted surfaces that have constant Gaussian curvature or constant mean curvature in Euclidean and in Minkowski 3-space.status: publishe
Weingarten surfaces are those whose principal curvatures satisfy a functional relation, whose set of...
We construct a class of rotation surfaces with constant mean curvature in 4-dimensional Pseudo-Eucli...
In this paper, we investigate geometric properties of surfaces that are parallel to translation surf...
A planar curve subject to two synchronized rotations, one in its supporting plane and one of this pl...
This talk is about twisted surfaces. These surfaces are generated by synchronized rotations of a pla...
In this work we define twisted surfaces in Galilean 3-space. In order to construct these surfaces, a...
We examine curvature properties of twisted surfaces with null rotation axis in Minkowski 3-space. Th...
In this work, we define twisted surfaces in Galilean 3-space. In order to construct these surfaces, ...
A twisted surface is constructed by performing on a planar curve, the profile curve, two simultaneou...
We examine curvature properties of twisted surfaces with null rotation axis in Minkowski 3-space. Th...
Abstract. In this paper we prove that a surface in Euclidean three-space R3 with nonzero constant Ga...
A cyclic surface in the Lorentz-Minkowski three-space is one that is foliated by circles. We classif...
A logical continuation of our previous study of twisted surfaces (see [2] and the references therein...
One of the most basic examples of surfaces in 3-dimensional Euclidean space is a rotational surface ...
One of the most basic examples of surfaces in 3-dimensional Euclidean space is a rotational surface ...
Weingarten surfaces are those whose principal curvatures satisfy a functional relation, whose set of...
We construct a class of rotation surfaces with constant mean curvature in 4-dimensional Pseudo-Eucli...
In this paper, we investigate geometric properties of surfaces that are parallel to translation surf...
A planar curve subject to two synchronized rotations, one in its supporting plane and one of this pl...
This talk is about twisted surfaces. These surfaces are generated by synchronized rotations of a pla...
In this work we define twisted surfaces in Galilean 3-space. In order to construct these surfaces, a...
We examine curvature properties of twisted surfaces with null rotation axis in Minkowski 3-space. Th...
In this work, we define twisted surfaces in Galilean 3-space. In order to construct these surfaces, ...
A twisted surface is constructed by performing on a planar curve, the profile curve, two simultaneou...
We examine curvature properties of twisted surfaces with null rotation axis in Minkowski 3-space. Th...
Abstract. In this paper we prove that a surface in Euclidean three-space R3 with nonzero constant Ga...
A cyclic surface in the Lorentz-Minkowski three-space is one that is foliated by circles. We classif...
A logical continuation of our previous study of twisted surfaces (see [2] and the references therein...
One of the most basic examples of surfaces in 3-dimensional Euclidean space is a rotational surface ...
One of the most basic examples of surfaces in 3-dimensional Euclidean space is a rotational surface ...
Weingarten surfaces are those whose principal curvatures satisfy a functional relation, whose set of...
We construct a class of rotation surfaces with constant mean curvature in 4-dimensional Pseudo-Eucli...
In this paper, we investigate geometric properties of surfaces that are parallel to translation surf...