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Faculty of Applied Science --> Department of Mathematics
<<   o   >>

employee
   Ing. Roman Kužel, Ph.D.

  office:  UK-611b
  phone:  ++420 377 63 2647
  e-mail:  
rkuzel@kma.zcu.cz
  www:  http:/www.KMA.zcu.cz/Roman.Kuzel
 (orion: http://home.zcu.cz/~rkuzel)

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Publications

Articles in journals
  • On 2-Connected Spanning Subgraphs with Bounded Degree in K1,r-Free Graphs (with Teska, J.). Graphs and Combinatorics 27 (2), pp. 199-206 (2011)
  • Contractible subgraphs, Thomassen's conjecture and the dominating cycle conjecture for snarks (with Broersma, H., Fijavž, G., Kaiser, T., Ryjácek, Z. and Vrána, P.). Discrete Mathematics 308 (24), pp. 6064-6077 (2008)
  • A note on the dominating circuit conjecture and subgraphs of essentially 4-edge-connected cubic graphs.
  • Discrete Mathematics 308 (23), pp. 5801-5804 (2008)
  • Neighborhood unions and extremal spanning trees (with Flandrin, E., Kaiser, T., R., Li, H., Ryjácek, Z.). Discrete Mathematics 308 (12), pp. 2343-2350 (2008)
  • A note on k-walks in bridgeless graphs (with Kaiser, T., Li, H., Wang, G.). Graphs and Combinatorics 23 (3), pp. 303-308 (2007)
  • Divisibility conditions in almost Moore digraphs with selfrepeats (with Teska, J., Miller, M.). Electronic Notes in Discrete Mathematics 24 (2006) 161-163.
  • The Dominating Circuit Conjecture and Subgraphs of Essentially 4-Edge Connected Cubic Graphs. Electronic Notes in Discrete Mathematics 24 (2006) 101-104.
  • Every 4-connected line graph is hamiltonian if and only if their shortness coefficient is 1 (with Xiong, L.). Graphs and Combinatorics 21 (2005) 137-144.
Software
  • HanKa 2D. 2D diffusion solver for neutron flux density modeling in cores with hexagonal fuel assemblies.
  • HanKa 3D. 3D diffusion solver for neutron flux density modeling in cores with hexagonal fuel assemblies.
Poloprovoz
  • HanKa 3D. 3D diffusion solver for neutron flux density modeling in cores with hexagonal fuel assemblies. A component of MOBY-DICK code (Škoda JS)
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