For regular hinge-rod structures, an engineering method for analyzing the stress-strain state is devel­oped, taking into account the transformation of the form by folding repeated fragments of the structure. For the software implementation of the proposed calculation algorithm, a macro is compiled in the APDL language, which is built into the ANSYS software package. A step-by-step procedure that simulates the transformation of the farm geometry was tested.

The process of forming new architectural solutions in the field of regular frame-rod systems necessitates the development of the concept of creating original spatial structures through the directed transformation of kinematically changeable truss-type objects. The article presents a numerical study of kinematic parameters during the gradual shaping of a rod system, which in its initial state is a flat hinge-rod network of repeating fragments in the form of equilateral triangles. The controlled kinematic effect on the object was modeled using actuators that were placed on the peripheral sections of the studied grids. The wide variability of the hinge-rod forms, the economical installation process using the principle of "self-extension" allow us to speak about the relevance of research in this direction.

В статье рассмотрены, проанализированы и выявлены факторы, влияющие на инновационную активность предприятия и на экономический рост страны в целом. Предложены рекомендации, позволяющие разработать управленческий инструментарий повышения инновационной активности предприятий, на основе которых возможен экспоненциальный экономический рост Российской Федерации. Ключевые слова: инновационная экономика России, конкурентное преимущество, ресурсы, McKinsey, экономический рост, экстенсивный рост, интенсивный рост, глобальный индекс конкурентоспособности (GCI), Стратегия инновационного развития РФ до 2020 года, НИОКР, инновационная активность организаций, влияния инноваций на экономический рост.

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