Inverse Problems in Science and Engineering

Foreword
pp. 1-2(2)
Authors: Waszczyszyn, Zenon; Burczynski, Tadeusz; Mroz, Zenon

Multi-deme, twin adaptive strategy hp-HGS
pp. 3-16(14)
Authors: Barabasz, Barbara; Migorski, Stanisław; Schaefer, Robert; Paszynski, Maciej

Identification of the model describing viscoplastic behaviour of high strength metals
pp. 17-30(14)
Authors: Fraś, T.; Nowak, Z.; Perzyna, P.; Pecherski, R.B.

An inverse method for determining the elastic properties of thin layers using Love surface waves
pp. 31-43(13)
Authors: Kiełczynski, P.; Szalewski, M.

Identification of electromagnetic field parameters assuring the cancer destruction during hyperthermia treatment
pp. 45-58(14)
Authors: Majchrzak, E.; Paruch, M.

Inverse thermal problems in computational modelling of the paper vacuum drying process
pp. 59-73(15)
Authors: Nowak, A. J.; Bulinski, Z. P.; Kasza, K.; Matysiak, Ł.

Application of Bezier surfaces to the 3-D inverse geometry problem in continuous casting
pp. 75-86(12)
Authors: Nowak, Iwona; Smolka, Jacek; Nowak, Andrzej

Soft-computing approach to solve ill-posed inverse problems: application to random materials and imperfect cylindrical shells
pp. 87-102(16)
Authors: Patelli, Edoardo; Schuëller, Gerhart

Immune identification of piezoelectric material constants using BEM
pp. 103-116(14)
Authors: Poteralski, A.; Szczepanik, M.; Dziatkiewicz, G.; Kuś, W.; Burczynski, T.

The heat transfer coefficient spatial distribution reconstruction by an inverse technique
pp. 117-126(10)
Authors: Ryfa, A.; Bialecki, R.

Damage detection using thermal experiments and wavelet transformation
pp. 127-153(27)
Authors: Ziopaja, Krzysztof; Pozorski, Zbigniew; Garstecki, Andrzej