ИСТИНА

In the report, we present a computational package for collaborative distributed design of new nanocomposite materials using multi-level modeling technology by one user and a group of engineers or researchers. It contains a high-level set of integrated, versatile tools to simulate and analyze elastomeric nanocomposites, consisting of cross-linked linear/branched copolymers containing different discrete fillers. The package can also be used to study the formation and properties of nanocomposite interpenetrating polymer networks and microphase-separated organic-inorganic hybrid materials.