AbstractA closed connected n-manifold N is called a codimension 2 fibrator (codimension 2 orientable fibrator, respectively) if each proper map p:M→B on an (orientable, respectively) (n+2)-manifold M each fiber of which is shape equivalent to N is an approximate fibration. Let r be a nonnegative integer and let N be a closed n-manifold whose fundamental group is isomorphic to H1×H2, where H1 is a group whose order is odd and H2 is a finite direct product of cyclic groups of order 2r. Let q1:N1→N be the covering associated with H1. The main purpose of this paper shows that if N1 is a codimension 2 orientable fibrator, then N is a codimension 2 fibrator
AbstractThis paper provides quick recognition of approximate fibrations among certain PL maps by ide...
AbstractEvery hopfian n-manifold N with hyperhopfian fundamental group is known to be a codimension-...
AbstractOur main interest in this paper is further investigation of the concept of (PL) fibrators (i...
AbstractA closed connected n-manifold N is called a codimension-2 fibrator (codimension-2 orientable...
AbstractA closed connected n-manifold N is called a codimension-2 fibrator (codimension-2 orientable...
AbstractA closed connected n-manifold N is called a codimension-2 fibrator (codimension-2 orientable...
AbstractEvery hopfian n-manifold N with hyperhopfian fundamental group is known to be a codimension-...
AbstractA closed connected n-manifold N is called a codimension-2 fibrator (codimension-2 orientable...
AbstractIf a closed n-manifold N has a 2−1 covering, we consider the covering space Ñ of N correspo...
AbstractIn this paper, we show that any finite product Nn of closed orientable surfaces of genus at ...
AbstractLet N be an orientable circle-bundle over the Klein bottle with obstruction b. The aim of th...
AbstractWe describe several conditions under which the product of hopfian manifolds is another hopfi...
ABSTRACT. In this paper, we show that if N is a closed manifold with hyperhopfian fundamental group,...
AbstractThis paper strives for instant detection of approximate fibrations. A wide class of homotopy...
ABSTRACT. In this paper, we show that if N is a closed manifold with hyperhopfian fundamental group,...
AbstractThis paper provides quick recognition of approximate fibrations among certain PL maps by ide...
AbstractEvery hopfian n-manifold N with hyperhopfian fundamental group is known to be a codimension-...
AbstractOur main interest in this paper is further investigation of the concept of (PL) fibrators (i...
AbstractA closed connected n-manifold N is called a codimension-2 fibrator (codimension-2 orientable...
AbstractA closed connected n-manifold N is called a codimension-2 fibrator (codimension-2 orientable...
AbstractA closed connected n-manifold N is called a codimension-2 fibrator (codimension-2 orientable...
AbstractEvery hopfian n-manifold N with hyperhopfian fundamental group is known to be a codimension-...
AbstractA closed connected n-manifold N is called a codimension-2 fibrator (codimension-2 orientable...
AbstractIf a closed n-manifold N has a 2−1 covering, we consider the covering space Ñ of N correspo...
AbstractIn this paper, we show that any finite product Nn of closed orientable surfaces of genus at ...
AbstractLet N be an orientable circle-bundle over the Klein bottle with obstruction b. The aim of th...
AbstractWe describe several conditions under which the product of hopfian manifolds is another hopfi...
ABSTRACT. In this paper, we show that if N is a closed manifold with hyperhopfian fundamental group,...
AbstractThis paper strives for instant detection of approximate fibrations. A wide class of homotopy...
ABSTRACT. In this paper, we show that if N is a closed manifold with hyperhopfian fundamental group,...
AbstractThis paper provides quick recognition of approximate fibrations among certain PL maps by ide...
AbstractEvery hopfian n-manifold N with hyperhopfian fundamental group is known to be a codimension-...
AbstractOur main interest in this paper is further investigation of the concept of (PL) fibrators (i...