Name
Onychin Evgeny Mihailovich
Scholastic degree
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Academic rank
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Honorary rank
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Organization, job position
Volga State University of Technology
Web site url
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Articles count: 44
The article discusses the approaches to the modeling of regional agricultural and silvicultural bio-energy systems. It also provides the analysis of bio-energy systems
The article describes the mathematical model of the machine for soil cultivation on cuttings down. The features of the machine, the results of the computer simulation of the developed mathematical model are reviewed
The article describes the methodology and the approaches to the modeling of the growth of artificial energy forests. The features of the growth modeling of the artificial energy forests are shown
The concept of the formation of regional bio-energy systems based on energy forest plantations on the new technical and technological base in order to engage low productivity lands in the economic cycle
The results of numerical experiments on the simulation of mathematical models of the functioning of the technical and technological systems for heating livestock complex have been presented in the article. The equations that establish a quantitative relationship between process parameters and the parameters of the efficiency of the heating system have been shown
This article presents the variant of the implementation of a system for heating supplying of buildings for placement of bees based on catalytic devices for burning biogenic fuels, as well as it offers a general idealized model of quantifying the effectiveness of technical-technological system
The scheme of the energetic balance of the autonomous energy supply system of mobile technological lines that produces dry fire wood chips on the basis of the engine installation with the Stirling engine, using a part producible biogenic fuel, is produced; the mathematical model of the functioning of the present energy supply system of mobile technological line is elaborated
The article describes currently used catalytic systems, the rationale for improving the design solutions and technical solutions proposed by the authors of infrared heaters with non-stationary catalytic filler
The article describes the common operation principles of catalytic systems within animal production unit, for improving the design solutions and the description of catalytic systems developed by the authors for production and conversion of energy for the anaerobic recycling of organic waste
The article discusses the development of a long-term forest complex machines a competitive level with advanced features, built on the principles of operational modularity and wide use of modern information technology to automate the running processes