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 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
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
In the article, we have presented the variant of the heat accumulator based on phase transition with a screw heat exchanger, designed to meet the demands of heat supplying systems in thermal energy storage
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 article presents investigations of engine oil with
the addition of special additives and reactions of the
composition in the process of friction on the metal
surface, simulating the boundary and hydrodynamic
friction
The article suggests a way to improve the efficiency of the operation of catalytic systems. The new circuit-design solutions of catalytic systems for the processes of producing biogas from organic waste are proposed. They are based on the analysis of existent tech. solu-tions
The article describes the new variants of design of infrared heaters with directional movement of the catalytic filler. We have explained in detail the principle of functioning of the devices and proposed to
use infrared heaters within the complex with special materials
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 purpose of this research is to receive mathematical
model of natural drying of the whole trees in bunches
in a cutting area based on experimental data. The field
research of natural drying from March to October 2015
of the whole trees of pine and birch of different
diameter laid definitely in bunches in a cutting area
was conducted for this purpose. The mathematical
model describing change of moisture content in wood
in the course of natural drying in bunches in a cutting
area was as a result developed. The received equation
of regression defines dependence of average humidity
of wood in a bunch from diameter of wood, quantity of
a liquid atmospheric precipitation, relative humidity
and temperature of air, average speed of the movement
of the air blowing in bunch of trees, duration of natural
drying. The developed mathematical model allows
predicting change of moisture content of wood in the
course of natural drying with a margin error less than
5%. Humidity of wood in the course of natural drying
from March to October was on average reduced from
52% to 27%. Besides, in article the technology of
logging of fuel wood on an energy forest is offered.
The technology of stacking of trees in bunches at
logging of the fuel wood which is grown up in forest
plantations is offered. The results of the research can
be used for increase of production efficiency of fuel
wood
The article describes the characteristics of the modeling of energy supply of territorial agricultural and silvicultural bio-energy sector. It also presents the principles of modeling and description of the model of the generation process