New approach to computer-aided design of the gear manufacture are implemented. CAD is complex considered the design of gear hobs, analysis of the conditions of their operation, running abilitys, analysis and selection of appropriate option from the point of view of manufacturing technology and the geometry of gear cutting tools, the creation of three-dimensional models for control.
Among of existing great quantity of different automatic designing systems of the cutting tool, any of them doesn't correspond to the system of the automated designing cutting tool conditions, all of them are practically reduced to systems providing computer graphics.
A new architectural concept of parallel computing in GRID systems and cloud environment is proposed, which uses FPGA as a high-performance heterogeneous computing resource. FPGA is used as heterogeneous programmable operating unit for processing data streams, allowing for achievement of optimized performance-related energy consumption. The concept simplifies programming the computational problems for these systems.
Given the nature of the process of hobbing developed a general theory of information technology software design hobs, which is the basis for creating a new level of CAD this tool. Creation of CAD based on it will allow the design stage hobs by determining the effect of process parameters and design parameters of gear milling tool accuracy and performance gear cutters to predict not only the accuracy of the wheels with less of their production, and to develop new and more progressive design hobs.
The fundamental principles of the applied theory of the energy-efficient adaptive operation of the complex for pulse-resonance destruction of rocks and reservoir rocks in oil well were formulated. CAD for the elements of energy-efficient adaptive complex with pulse-resonance actuating device was developed. It allows for the automated control of the complex with minimum energy consumption and maximum impact on rocks.
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.
The principles of construction, modeling and design, design methodology in the range of
5...100 GHz telecommunication devices (TAP) and their components (filters, amplifiers, etc.) and hardware components (lines, transitions, etc.) through the use of metamaterials and integral multi-layer LTCC technologyand, LCP, and examples of implementation of thedevices on that basis.
The new research technology to deposition of submicron (20-100 nm) ferroelectric thin films (FTF) for acoustic-volatile ferroelectric storage elements. Improved equipment for deposition and etching of FTF on silicon substrates with CMOS structures and construction of cathode with a circular target and disk fragments, which ensures uniform thickness and composition of FTF during their deposition method ion-plazmа sputtering in magnetron-type reactor with closed drift of electrons.
