De l'impression 3d en céramique
Mesurer la déformation du sel, pour l'aménagement de réservoirs en cavités salines
Electromagnetic forming process for metallic pieces
Amélioration de la performance des éoliennes
Vers un stockage géologique du C02 avec impuretés
Developed jointly by ONERA, Northwest Numerics (Seattle, USA) and the Centre des Matériaux, ZéBuLoN is a finite element code adapted to non-linear mechanics problems. Programmed in C++, ZéBuLoN possesses an object-oriented modular structure which comprises:
Years of research have led to the development of a materials library comprising a substantial number of constitutive material and life prediction models unparalleled on the world market. This is combined with robust integration methods as well as efficient procedures for identifying model coefficients.
In the aim of making research findings available to users world wide, work recently began in order to link Z-mat with the major structural codes available commercially. Modules such as Z-aba (for Abaqus), Z-mark, Z-ansys, Z-samcef and Z-aster have been developed.
To respond to this range of demand, ZéBuLoN is distributed for UNIX/Linux, Windows, Sun, Hewlett Packard, Silicon Graphics and IBM platforms.