Table of Contents
1. Dual finite element methods in mechanics of composite materials | |
Zdzisław Więckowski | 233-252 |
2. SEURAT System. Synthesis of composite materials | |
Leszek Izdebski, Tomasz Łukasiak, Arkadiusz Węglarz, Krzysztof H. Żmijewski | 253-265 |
3. Microdynamics: continuum modelling the simple composite materials | |
Czesław Woźniak | 267-289 |
4. Nonlinear macro-micro dynamics of laminated structures | |
Ewaryst Wierzbicki | 291-307 |
5. Asymptotic homogenization method for coupled fields in periodically heterogeneous deformable solids | |
Sławomira Bytner, Barbara Gambin, Andrzej Gałka | 309-321 |
6. Thermoelasticity and homogenization | |
Ryszard Wojnar | 323-335 |
7. On the elastodynamics of thin microperiodic plates | |
Jarosław Jędrysiak, Czesław Woźniak | 337-349 |
8. On continuum modelling the dynamic behaviour of certain composite lattice-type structures | |
Iwona Cielecka | 351-359 |
9. Stress intensity factors for an interface penny-shaped crack in laminated elastic layer | |
Andrzej Kaczyński, Stanisław J. Matysiak | 361-373 |
10. On the wave propagation in micro-inhomogeneous media | |
Sylwester Konieczny, Małgorzata Woźniak | 375-384 |
11. Thermoelasticity of fibre composites | |
Romuald Świtka | 385-400 |
12. Averaged formulations of non-stationary problems for stratified porous media | |
Małgorzata Woźniak | 401-413 |
13. Stochastic contact effects in periodic fibre composites | |
Marcin Kamiński | 415-441 |
14. Experimental comparison of interlaminar toughness of carbon/peek, carbon/epoxy and glass/epoxy composites | |
Piotr Czarnocki | 443-453 |
15. Research into the elasticity and dumping factors of the polymer composites reinforced with glass, carbon and aramid fibers | |
Mirosław Rodzewicz | 455-464 |
16. Mechanics of cement-based composites | |
Andrzej M. Brandt, Janusz Kasperkiewicz | 465-479 |
17. On the microlocal parameter method in modelling of periodically layered thermoelastic composites | |
Stanisław J. Matysiak | 481-487 |