Creation of methods for designing the processes of shaping engineering structures under viscoplastic deformation of homogeneous, eutectic strengthened and powder materials

In this work, using a unified theoretical approach, the analysis of the processes of visco-plastic forming of typical mechanical engineering structures with homogeneous and structurally heterogeneous materials. The theoretical approach is based on a closed system of equations of the theory of plastic flow of continuum mechanics, taking into account the visco-plastic properties of materials. This approach made it possible to provide system design of structural forming processes.

Design of processes and equipment for traditional and nano-modified reactoplastic polymer composite materials

It is conducting preliminary studies and conducted experimental verification of the effectiveness of producing traditional and nano-modified carbon nanotubes reaktoplastichnih polymer composite materials by the determined application of low-frequency ultrasonic cavitation. A new procedure for the preparation of traditional and nano-modified reaktoplastichnyh polymer composites with the low-frequency ultrasonic cavitation.

Creating of technological foundations of products from high structural composite materials for special engineering

It resolves an important economic problems associated with the scientific substantiation of energy saving processes and equipment for reactors plasticity improved quality of products, including special purpose epoxy compositions based polymers, fiber reinforced fillers in combination ultrasonic action, as well as the prediction of physical and mechanical properties of the resulting products.

Improving organizational and economic management mechanisms status, receive investment-innovative development of enterprises in Ukraine (for example, machine-building industry)

First established as a set of techniques for assessing the state of management of innovaлtion and investment development of the machine-building industry, and the willingness of the indus-trial enterprise to innovate. These techniques have a complex, not a vision of the structural prob-lems of innovation and investment enterprise development in a rather turbulent economic and investment environment.

The theory of structural-parametric geometric modeling as a means to optimize the complex processes of computer-aided design

Automated modeling is an effective tool for the design of high-quality technology and the processes of its production. The fundamental basis of information in engineering are geometric patterns that are formed using a variety of computer-automated systems.