Table of Contents
| 1. On a numerical solution of rail-wheel contact problems | |
| Kurt Frischmuth | 7-15 |
| 2. A mass point moving on a nonsmooth manifold in R^n | |
| Michael Hänler | 17-29 |
| 3. Regularization in the governing equations of railway wheel models | |
| Martin Meywerk | 31-42 |
| 4. Nonsmooth mechanics and dynamic contact problems | |
| Józef Joachim Telega, Andrzej Gałka | 43-56 |
| 5. Hyperbolic heat conduction with variable relaxation time | |
| Kurt Frischmuth, Vito Antonio Cimmelli | 57-65 |
| 6. On parabolic regularization of hyperbolic heat conductivity in rigid body | |
| Witold Kosiński, Włodzimierz Wojno | 67-76 |
| 7. Group properties and similarity solutions for the heat equation with semi-empirical temperature | |
| Zbigniew Turek | 77-88 |
| 8. Bifurcation and postbifurcation of rods | |
| Peter B. Béda | 91-100 |
| 9. Formulation of a bondline element for modeling glued joints in wood | |
| Richard M. Gutkowski, Conrad Jauslin, Patrick J. Pellicane | 101-128 |
| 10. Transient natural convection heat transfer in non-Newtonian second order fluids | |
| Kazimierz Rup | 129-142 |
| 11. Plane quasi-stationary thermal problems with convective boundary condition | |
| Alexander Yevtushenko, Oxana Ukhanska | 143-158 |
| 12. Random vibrations of discrete systems under kinematic wave excitations | |
| Zbigniew Zembaty | 159-177 |
| 13. Selection of an optimization model in optimal design of ribbed cylindrical shells | |
| Yurii M. Pochtman, Mark M. Fridman | 179-188 |