The scientific program includes the following areas:

  •     computational problems and methods for solving problems of aerogasdynamics and the mechanics of a deformable solid, including at multiscale levels;
  •     problems of mathematical modeling of dynamic effects on materials with complicated physical and chemical properties of highly concentrated energy sources;
  •     physics of high-power lasers and the interaction of radiation with matter;
  •     promising applications of high-intensity energy sources for processing materials in biology and medicine;
  •     methods of aerophysical research in interdisciplinary tasks and in aerospace technology;
  •     aerodynamics, aeroelasticity and aircraft flight dynamics;
  •     static, thermal and fatigue strength of aircraft;
  •     information technologies, onboard equipment and equipment for ground tests for strength and service life of aviation equipment;
  •     modern aircraft structures made of composite materials;
  •     training highly qualified engineering personnel, new trends and competencies.