Table of Contents
| 1. Bridges with adaptive railway track | |
| Paweł Flont, Jan Holnicki-Szulc | 533-547 |
| 2. Research activities in smart materials and structures and expectations to future developments | |
| Ulrich Gabbert | 549-574 |
| 3. Modeling of smart composite shell structures | |
| Ulrich Gabbert, Heinz Köppe, Falko Seeger, Harald Berger | 575-593 |
| 4. Dedicated neural network design for friction compensation in robot drives | |
| Zbigniew Korendo, Tadeusz Uhl | 595-610 |
| 5. Control in obstacle three-layered plate problem | |
| Ján Lovíšek | 611-647 |
| 6. Static and dynamic analysis of multilayer composite plate with piezoelectric elements | |
| Zdzisław Mieszczak, Marek Krawczuk, Wiesław Ostachowicz | 649-665 |
| 7. Experiment on a cantilever beam control and theoretical approximation | |
| Marek Pietrzakowski | 667-686 |
| 8. Pressure-induced radial vibration of a cylindrical shell made of a piezoelectric fiber composite | |
| Piotr M. Przybyłowicz | 687-702 |
| 9. Parametric identification of MR linear automotive size damper | |
| Bogdan Sapiński | 703-722 |
| 10. Piezoelectric effects in biological tissues | |
| Józef Joachim Telega, Ryszard Wojnar | 723-759 |
| 11. Analytical modelling of electrorheological material based adaptive shells | |
| Andrzej Tylikowski | 761-773 |
| 12. Optopiezothermoelastic actions and micro-control sensitivity analysis of cylindrical opto-mechanical shell actuators | |
| Horn-Sen Tzou, Bao-Jiang Liu, David Cseledy | 775-796 |
| 13. Smart sensor for operational load measurements | |
| Tadeusz Uhl, Maciej Petko | 797-815 |