The development of model concepts on the mechanisms of strength and visco-elastic behavior of homogeneous and structurally inhomogeneous polymer materials obtained on the laboratory technological equipment in forms of fibers, films, and composites.
The study of the effect of viscoelastic and dissipative properties of the polymer matrix and its structural organization in the presence of active filler on physico-mechanical characteristics of new heterogeneous polymer systems (fiber composites, nano-composites, and polymer mixtures).
The study of fiber-forming ability of synthetic and natural polymers and obtaining of reinforcing matrix materials and resolving surgical suture threads. Investigation of physico-mechanical properties of polymers in both isotropic and oriented state.
The study of the interconnection between mechanical properties of polymers and multicomponent polymer systems and their chemical structure, supramolecular organization and composition.
The study of deformation and destruction processes.
The development of scientific concepts of production of films, fibers, composite and nanocomposite materials with predetermined physical and mechanical properties.