Name
Medyakov Andrei Andreevich
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: 29
The article assesses the energy efficiency of the technical and technological systems based on catalytic combustion systems nutrient liquid and gaseous fuels for heating various production facilities and agro-forestry systems
During the study, the authors have solved the problem
of determining the minimum number of operations by
optimizing fillability of a claw-shearing device with
trees. Sufficient optimality conditions have been
obtained. The numerical method for solving the
optimization problem was developed. We have also
performed a numerical experiment
The results of the optimization of the design and
technological parameters of a device for circular soil
tillage in forest cutovers have been obtained. The
description of the approaches to modeling of circular
soil tillage, optimization mathematical model of soil
tillage and obtained results are given in the article
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. solutions. The interaction features of the flow of reactants to the catalytic filler in the proposed catalytic systems allow us to intensify the process of reaction, as well as to optimize the design features of catalytic systems based on the technological process
The article describes the model of the unsteady growth of biological objects on the example of pine. The features of the growth modeling of biological objects are presented
The article presents the mathematical model for
determining the temperature after passing trough
nozzles of press-granulator, which allows to take
into account heat loss through the exterior surface
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
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 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 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