Scientific Journal of KubSAU

Polythematic online scientific journal
of Kuban State Agrarian University
ISSN 1990-4665
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Name

Tarasenko Boris Fedorovich

Scholastic degree


Academic rank

associated professor

Honorary rank

Organization, job position

Kuban State Agrarian University
   

Web site url

Email

tarasenkotp@mail.ru


Articles count: 29

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2999 kb

THE SOIL-CULTIVATING UNIVERSAL UNIT APU-1

abstract 1572003014 issue 157 pp. 182 – 206 31.03.2020 ru 53
Ensuring the food security of the country in the conditions of growing consumption of crop products and excluding dependence on foreign producers poses a serious question for science to increase the volume of production while maintaining soil fertility. One of the important tasks in solving this problem is to create a moisture-saving and moisture-accumulating soil layers. This article focuses on the cultivation of winter wheat. In addition to providing moisture in the cultivated layer, crop losses are observed as a result of the defeat of plants by Fusarium. Also, to ensure the co-storage of the fruit layer, it is necessary to reduce the use of chemical means of protection, less intensive impact on the treated surface by the running systems of power facilities and working bodies of machines, but with compliance with the primary requirements for the treated surface. To complete the tasks, we have developed a universal plow with a turning beam. Chisel working bodies are installed on the front of the beam. The formation turnover is performed by the disk working bodies installed further. The main element is a skating rink. The article presents the scheme of sets of plow on different types of work, as a universal combined machine and to perform individual types of work
217 kb

EXPERT METHOD OF FACTOR ANALYSIS OF OPERATIONAL RELIABILITY OF COMBINE HARVESTERS

abstract 1361802006 issue 136 pp. 71 – 86 28.02.2018 ru 165
The article reveals the main empirical factors that increase the efficiency of technological systems of grain harvesting. The work shows interrelation and subordination of empirical factors in the practice of operational reliability of grain harvesters, which underlies scientific research. We have defined the basic (key empirical factors) that allowed to develop a conceptual model (paradigm) research. The article reveals a technique, establishing the rules of application of the method of expert assessments to identify organizational and technical factors that have the most significant impact on improving the reliability of grain harvesters
1437 kb

ADVANCED TECHNOLOGIES AND MEANS OF CULTIVATION

abstract 1501906002 issue 150 pp. 10 – 29 28.06.2019 ru 238
Due to the disconnectedness of production processes, prevention of soil degradation and plant diseases, as well as the difficult establishment of functional dependencies between the parameters of the working bodies and the physicomechanical properties of the soil, the richness of foreign technology, there is the problem of creating innovative structural and technological solutions for basic soil tillage including for the purpose of import substitution. To solve it, KubGAU has developed: “Multifunctional plow” (patent of the Russian Federation No. 2618342); “Plow with rotary bar” (utility model RF patent No. 184196); “Multifunctional plow with a rotary bruce” (positive decision on the patent application of the Russian Federation). Formal models, schemes and descriptions are given
699 kb

DEVICE FOR PRE-SAMPLE PROCESSING OF SOIL

abstract 1381804004 issue 138 pp. 18 – 36 30.04.2018 ru 249
The considerable share in prime cost of products of agricultural production is made, now, by power expenses. It promotes that the considerable attention is given power - both resource-saving to the equipment and technologies. Thus, the modern science is faced by a global task – creation of cars and tools of new generation, high-economic, highly productive, less power-intensive and metal-consuming. One of the most power-intensive processes of production of agricultural production is processing of the soil. In this article on the basis of numerous researches use of rotary motion of the soil-cultivating working body allowing to improve a design of tillage machines, to reduce metal consumption, power consumption, to increase quality of work is offered. In this article, we offer the device for preseeding processing of the soil on a frame of which the working bodies in the form of flat disks with sharpening working in the horizontal plane, but with the accounting of an angle of deepening of working body are in chessboard order established. Rotary motion which promotes fuller cutting of rhizomes of weed plants and to improvement of quality of preseeding processing of the soil is forcibly transferred to working bodies. Justification of the offered device, constructive and technological schemes of the tool, conclusions and offers are given in the article
215 kb

EXPERT METHOD OF FACTOR ANALYSIS OF OPERATIONAL RELIABILITY OF COMBINE HARVESTERS

abstract 1391805001 issue 139 pp. 1 – 16 31.05.2018 ru 293
The article reveals the main empirical factors that increase the efficiency of technological systems of grain harvesting. The article shows interrelation and subordination of empirical factors in the practice of operational reliability of grain harvesters, which underlies scientific research. We have defined the basic (key empirical factors) that allowed developing a conceptual model (paradigm) of the research. The article provides a technique establishing the rules of application of the method of expert assessments to identify organizational and technical factors that have the most significant impact on improving the reliability of grain harvesters
1165 kb

APPLICATION OF THE IMITATION MODELING FOR OPTIMIZATION OF CONSISTENCE OF THE CULTIVATION AGGREGATES FOR CROP FARMING

abstract 1061502033 issue 106 pp. 529 – 549 28.02.2015 ru 692
The main indicators of efficiency of a cultivation machine are the following: productiveness and fuel consumption, which depend on complexity of work, operating depth and structure of the machine (type of the tractor and plough). The optimal structure of cultivation aggregate for the needs of each exact farm is complicated to do due to different determined and stochastic factors. In this case, Monte Carlo imitation modeling is proposed to use. As a result of models’ analysis, it is defined that all aggregates could be divided onto 4 groups of efficiency. Curves demonstrating dependence of fuel costs, compensation of losses caused by breakdown of agricultural terms and soil compaction caused by quantity of aggregates are built. After integration of the whole amount of aggregates into a common traditional technology of cultivation and after selection of its characteristics (quantity of aggregates, general fuel costs and losses costs, including fuel costs) it was proposed to split it onto 3 category modes: hard (according to technological mode – 2 or 5 shifts), normal (4-10 shifts), mild (6-15 shifts). The obtained models can be successfully applied in software of on-board computers in tractors and PCs of the engineers as well. Dynamical models for other technological processes in plant breeding could be obtained in the same way. All developed models allow us to make one more step towards precision farming and reduce costs for manufacture of end products
809 kb

IMITATION MODELING WHEN ANALYSING THE EFFICIENCY OF AGGREGATES FOR TILLAGE

abstract 1021408066 issue 102 pp. 1017 – 1042 31.10.2014 ru 704
The choice of the most optimal composition of aggregates for tillage for work in a certain economy is very difficult from many determined and casual factors. In connection with what, it is suggested to conduct researches with the use of quantificational and quantifier algebra logic. Also we need minimum influences on ecology, being characterized as a predicate of "minimum of expenses on indemnification of erosive losses of soil". For the agricultural technique of Russia, countries of the CIS and distant foreignness with the well-known norms of making (by the productivity) and expense of fuel imitation modeling is applied, on the method of Monte Carlo (Monte - Carlo Simulation), allowing to build a mathematical model for prognostication of necessary amount of aggregates at different normative agroterms with corresponding damages
258 kb

THE RELIABILITY OF TECHNICAL SYSTEMS AND ENVIRONMENTAL AND ECONOMICAL LOSSES IN AGRICULTURE

abstract 1011407062 issue 101 pp. 985 – 1004 30.09.2014 ru 716
The reliability of work of the technical systems significantly influences the technological losses of manufacture process. During the counting the availability ratio of the technical system it is recommended to take into the consideration implicit as well as evident breakdowns of all separate components of the whole object. There is a formula for counting technological losses depending on the availability ratio of technical object. Similar formulas for counting losses proceeding of atmosphere and water resources pollution, pollution of soils with hard matters are obtained. Introduced identities bring together reliability of the technical systems and separate components of ecological losses
723 kb

THE NEW FIELD CONSTRUCTION FOR ENGINEERING ASSESSMENT OF SOIL-CULTIVATING WORKING BODIES

abstract 0911307059 issue 91 pp. 834 – 842 30.09.2013 ru 888
The analysis of the existing mechanical ways to determine the traction resistance of agricultural machines and development of new constructions of plants for engineering assessment of soil-cultivating working bodies has been presented in the article
290 kb

WAYS AND MEANS OF UTILIZATION OF NOT GRAIN PART OF A CROP OF RICE WITH SEAL TO THE SOIL

abstract 1001406052 issue 100 pp. 817 – 828 30.06.2014 ru 1074
The article has a presentation of development of a technological complex, with development of initial requirements of utilization of not grain part of a crop of rice with seal to the soil
.