AbstractIn his paper ‘Tetrahedron manifolds and space forms’, Molnar describes an infinite class of 3-manifolds (depending on two natural integers m, n) by means of suitable face identifications on a tetrahedron. These manifolds can be represented by edge-coloured graphs. By making use of these combinatorial techniques, it is easy to show that they are 2-fold coverings of the 3-sphere, branched over suitable links. This immediately leads to the classification of these manifolds in terms of Seifert fibered spaces
The present paper adopts a computational approach to the study of nonorientable 3-manifolds: in fact...
We completely recognize the topological structure of the ten compact euclidean space forms with spec...
The understanding and classication of (compact) 3-dimensional manifolds (without boundary) is with n...
In his paper "Tetrahedron manifolds and space forms", E. Molnar describes an infinite class of 3-man...
AbstractIn his paper ‘Tetrahedron manifolds and space forms’, Molnar describes an infinite class of ...
We study a family of closed connected orientable 3-manifolds (which are examples of tetrahedron mani...
AbstractWe study a family of closed connected orientable 3-manifolds (which are examples of tetrahed...
We study a class of Seifert fibered 3-manifolds M(g,n), depending on two non-negative integers, whic...
We study a series of 2-generator Sol-manifolds depending on a positive integer n, introduced by Mol...
AbstractFrom each G in a certain class of 4-regular edge-colored graphs we obtain a ball complex who...
AbstractIt is well-known that every closed orientable 3-manifold M3 is the 3-fold simple covering M3...
Given a link L ⊂ S3, we describe a standard method for constructing a class ΓL,d of 4-coloured graph...
We use the representation of PL manifolds via graphs with colored edges. Then we describe a very fas...
We characterize combinatorial representations of minimal 3-manifolds by means of edge-coloured graph...
It is well-known that every closed orientable 3-manifold $M^3$ is the 3-fold simple covering $M^3(K,...
The present paper adopts a computational approach to the study of nonorientable 3-manifolds: in fact...
We completely recognize the topological structure of the ten compact euclidean space forms with spec...
The understanding and classication of (compact) 3-dimensional manifolds (without boundary) is with n...
In his paper "Tetrahedron manifolds and space forms", E. Molnar describes an infinite class of 3-man...
AbstractIn his paper ‘Tetrahedron manifolds and space forms’, Molnar describes an infinite class of ...
We study a family of closed connected orientable 3-manifolds (which are examples of tetrahedron mani...
AbstractWe study a family of closed connected orientable 3-manifolds (which are examples of tetrahed...
We study a class of Seifert fibered 3-manifolds M(g,n), depending on two non-negative integers, whic...
We study a series of 2-generator Sol-manifolds depending on a positive integer n, introduced by Mol...
AbstractFrom each G in a certain class of 4-regular edge-colored graphs we obtain a ball complex who...
AbstractIt is well-known that every closed orientable 3-manifold M3 is the 3-fold simple covering M3...
Given a link L ⊂ S3, we describe a standard method for constructing a class ΓL,d of 4-coloured graph...
We use the representation of PL manifolds via graphs with colored edges. Then we describe a very fas...
We characterize combinatorial representations of minimal 3-manifolds by means of edge-coloured graph...
It is well-known that every closed orientable 3-manifold $M^3$ is the 3-fold simple covering $M^3(K,...
The present paper adopts a computational approach to the study of nonorientable 3-manifolds: in fact...
We completely recognize the topological structure of the ten compact euclidean space forms with spec...
The understanding and classication of (compact) 3-dimensional manifolds (without boundary) is with n...