AbstractIn this paper we show that the entire graph of a bridgeless connected plane graph is hamiltonian, and that the entire graph of a plane block is hamiltonian connected and vertex pancyclic. In addition, we show that in any block G which is not a circuit, given a vertex v of G and a circuit k of G, there is a path p, suspended in G, such that p is a path in k of length at least 1 and G − E(p) − V0(G − E(p)) is a block which includes v
AbstractThomassen conjectured that every 4-connected line graph is Hamiltonian. A vertex cut X of G ...
AbstractThe graphs considered are connected and bridgeless. For such graphs the existence of two typ...
AbstractLet G be a 2-connected graph with n vertices such that d(u)+d(v)+d(w)-|N(u)∩N(v)∩N(w)| ⩾n + ...
AbstractIn this paper we show that the entire graph of a bridgeless connected plane graph is hamilto...
AbstractLet B be a block (finite connected graph without cut-vertices) with at least four vertices a...
AbstractWe prove that every edge in a 5-connected graph embedded in the torus is contained in a Hami...
AbstractA graph G is n-hamiltonian (resp. n-edge hamiltonian) if after the removal of any k vertices...
AbstractIn 1956, W.T. Tutte proved that a 4-connected planar graph is hamiltonian. Moreover, in 1997...
A graph is \emph{hamiltonian-connected} if every pair of vertices can be connected by a hamiltonian ...
In 1857, the Irish mathematician Sir William Hamilton(1805-1865) invented a game of travelling aroun...
AbstractTutte has shown that every 4-connected planar graph contains a Hamilton cycle. Grünbaum and ...
In this paper we prove that if G is a (k + 2)-connected graph on n > 3 vertices satisfying P(n + ...
AbstractIn this paper, an alternative closure operation to the one introduced in [2] is given. For a...
AbstractLet B be a block (finite connected graph without cut-vertices) with at least four vertices a...
AbstractA graph is strongly path connected if between each pair of distinct vertices there exist pat...
AbstractThomassen conjectured that every 4-connected line graph is Hamiltonian. A vertex cut X of G ...
AbstractThe graphs considered are connected and bridgeless. For such graphs the existence of two typ...
AbstractLet G be a 2-connected graph with n vertices such that d(u)+d(v)+d(w)-|N(u)∩N(v)∩N(w)| ⩾n + ...
AbstractIn this paper we show that the entire graph of a bridgeless connected plane graph is hamilto...
AbstractLet B be a block (finite connected graph without cut-vertices) with at least four vertices a...
AbstractWe prove that every edge in a 5-connected graph embedded in the torus is contained in a Hami...
AbstractA graph G is n-hamiltonian (resp. n-edge hamiltonian) if after the removal of any k vertices...
AbstractIn 1956, W.T. Tutte proved that a 4-connected planar graph is hamiltonian. Moreover, in 1997...
A graph is \emph{hamiltonian-connected} if every pair of vertices can be connected by a hamiltonian ...
In 1857, the Irish mathematician Sir William Hamilton(1805-1865) invented a game of travelling aroun...
AbstractTutte has shown that every 4-connected planar graph contains a Hamilton cycle. Grünbaum and ...
In this paper we prove that if G is a (k + 2)-connected graph on n > 3 vertices satisfying P(n + ...
AbstractIn this paper, an alternative closure operation to the one introduced in [2] is given. For a...
AbstractLet B be a block (finite connected graph without cut-vertices) with at least four vertices a...
AbstractA graph is strongly path connected if between each pair of distinct vertices there exist pat...
AbstractThomassen conjectured that every 4-connected line graph is Hamiltonian. A vertex cut X of G ...
AbstractThe graphs considered are connected and bridgeless. For such graphs the existence of two typ...
AbstractLet G be a 2-connected graph with n vertices such that d(u)+d(v)+d(w)-|N(u)∩N(v)∩N(w)| ⩾n + ...