Table of Contents
| Preface | |
| W. Gutkowski, K. Wilmański | 311 - 311 |
| Influence of coupling through porosity changes on the propagation of acoustic waves in linear poroelastic materials | |
| B. Albers, K. Wilmański | 313 - 325 |
| Statistical description of a non-Brownian suspension | |
| B. Cichocki, K. Sadlej | 327 - 337 |
| On the null condition for nonlinearly elastic solids | |
| W. Domański, R.W. Ogden | 339 - 361 |
| A variational principle applied to the dynamics of a liquid with diffusing gas bubbles | |
| P. Giovine | 363 - 380 |
| Discrete model of transition between order and static chaos in peptides and polymers | |
| H. Makaruk | 381 - 391 |
| Thermodynamical and self-consistent approach to inelastic ferromagnetic polycrystals | |
| M. Mićunović | 393 - 430 |
| Boundary layer phenomena in elastodynamics of functionally graded laminates | |
| J. Rychlewska, Cz. Woźniak | 431 - 444 |
| Continuum modelling of laminates with a slowly graded microstructure | |
| J. Szymczyk, Cz. Woźniak | 445 - 458 |
| Structure-controlled bifurcation in mathematical modelling of fibre spinning | |
| A. Ziabicki, L. Jarecki | 459 - 475 |
| Description of tetragonal pore space structure of porous materials | |
| M. Cieszko, W. Kriese | 477 - 488 |
| Three-particle motion under gravity in Stokes flow: an equilibrium for spheres in contrast to "an end-of-world" for point particles | |
| M.L. Ekiel-Jeżewska, E. Wajnryb | 489 - 494 |