Table of Contents
| 1. Thermal stresses in a bimaterial periodically layered composite due to the presence of interface cracks or rigid inclusions | |
| Andrzej Kaczyński, Stanisław J. Matysiak | 231-239 |
| 2. Behaviour of anthropogenic soils subjected to vibration loadings | |
| Ryszard Kaczyński, Marek Barański | 241-247 |
| 3. Growth of plastic zones due to heat loading near a closed interface crack | |
| Hryhory Kit, Rostyslav Martynyak, Andriy Kryshtafovych | 249-261 |
| 4. Nonstandard method of macro-modelling of nonperiodic multilayered plates | |
| Sylwester Konieczny, Barbara Tomczyk | 263-278 |
| 5. Thermoelastic contact problem with frictional heating for the punch of functionally graded materials | |
| Roman Kulchytsky-Zhyhailo | 279-289 |
| 6. Two methods of modelling of periodic nonhomogeneous elastic plates | |
| Wiesław Nagórko | 291-303 |
| 7. A model of thermoelastic dynamic contact in conditions of frictional heat and wear | |
| Zbigniew S. Olesiak, Yurii A. Pyryev | 305-320 |
| 8. Spatial perturbations in the solidifiaction process due to mold delaminations | |
| Volodymyr J. Pauk, Małgorzata Woźniak | 321-330 |
| 9. Axi-symmetrical contact problem during braking with frictional heating and wear | |
| Alexander Yevtushenko, Roxolana Chapovska | 331-346 |
| 10. Application of the boundary element method in radiation | |
| Ryszard A. Białecki, Łukasz Grela | 351-364 |
| 11. The boundary element method in sensitivity analysis, optimization and identification | |
| Tadeusz Burczyński | 365-386 |
| 12. On application of the boundary element methods for analysis of shakedown problems | |
| Witold Cecot | 387-401 |
| 13. Boundary element method in dynamic crack analysis | |
| Piotr Fedeliński | 403-421 |
| 14. Adaptive boundary element method for acoustic scattering problems | |
| Andrzej Karafiat | 423-436 |
| 15. Numerical modelling of bio-heat transfer using the boundary element method | |
| Ewa Majchrzak | 437-455 |
| 16. Application of the boundary element method to numerical modelling of solidification. Part I – The one domain approach | |
| Bohdan Mochnacki, Romuald Szopa | 457-468 |
| 17. Application of the boundary element method to numerical modelling of solidification. Part II – The micro-macro approach | |
| Romuald Szopa | 469-478 |
| 18. Boundary-only formulations of the boundary element method | |
| Andrzej J. Nowak | 479-491 |
| 19. Fuzzy boundary element method in the analysis of uncertain systems | |
| Jerzy Skrzypczyk, Tadeusz Burczyński | 493-512 |
| 20. FEM-BEM coupling in the membrane structure-air interaction problem | |
| Ryszard Sygulski | 513-520 |