Increase of efficiency of tractors use in agricultural production

Galiev, Ilgiz; Khafizov, Camill; Adigamov, Nail; Khusainov, R. M.

doi:10.22616/erdev2018.17.n482

Cited by 15 publications

(11 citation statements)

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“…2 and 3 we establish that histograms of frequencies of loading and radial play are approximated by the polynominal curve of the 3rd order with the coefficient of determination of 47.01 % and 84.44 %, respectively. The given results characterize the process of operation of the John Deere tractors with considerable operating time at non-uniform loading of units of transmission, therefore about a half of the observed tractors contain drive lines with residual resource that will be coordinated with the results of assessment of the technical condition of tractors according to the authors [10].…”

Section: Resultsmentioning

confidence: 99%

Operability assessment of drive shafts of john deere tractors in operational parameters

Erokhin

Pastukhov

Kazantsev

2019

Engineering for Rural Development

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Operational observations of agricultural machinery are criteria-based assessment of reliability of their technical systems, in particular, of drive shafts of the John Deere 7830 tractors. 35 tractors, which are operated in the conditions of ordinary operation in the agrarian enterprises of the Belgorod region, Russia, were monitored. At the heart of experiment planning the observations of duration of the operating time and cross-section of loading of tractor engines according to the on-board computer with control of radial play in the joints of the drive shaft of the gearbox are put. The purpose-establishment of regularity of the size of radial play in cardan joints depending on the level of loading and duration of the operating time of the shaft in transmission of tractors at agricultural work. The technique of operational observations contained fixing of the following data: 1) control of the operating time of the tractor in physical hours according to onboard computer system; 2) measurement of radial play in the joints of the drive shaft by means of the developed device; 3) removal of the cross-section of loading of the engine on power at the measured torque and rotary speed of the crankshaft of the engine. As a result of statistical processing of the experimental data it is established: 1) average operating time of drive shafts of the observed tractors has made 4277 hours (share from selection is about 60 %); 2) loading of the drive shafts on the engine of the tractor averages 48.2 kW (share from selection is about 50 %); 3) average radial play in the joints of the studied drive shaft makes 0.350 mm (share from selection is about 50 %). For the purpose of studying of interconnection and influence of the experimental data on the basis of the multiple regression analysis the two-factor mathematical model of dependence of radial play in the function on loading and operating time is received.

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Section: Resultsmentioning

confidence: 99%

Operability assessment of drive shafts of john deere tractors in operational parameters

Erokhin

Pastukhov

Kazantsev

2019

Engineering for Rural Development

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“…In the conditions when the renewal of the tractor fleet occurs at low rates [1], the problem of ensuring the reliability of vehicles should be based on the constant monitoring of not only the technical state of the tractor fleet, but also the agricultural vehicles' fleet as a whole [2,18,19]. In addition, constant adjustment of individual reliability indicators is necessary.…”

Section: Fig 4 Costs For Increasing Reliability and Eliminating Faimentioning

confidence: 99%

Resource-Saving Approach to Planning of Repair-Maintaining Influences

Kipriyanov¹

2018

International Scientific and Practical Conference "AgroSMART - Smart Solutions for Agriculture" (AgroSMART 2018)

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Under current conditions of development of the agri-industrial complex, one of the most important factors providing the readiness of the technics for performance of agricultural works is the financial resources directed at purchase of expendable materials and carrying out scheduled operations of preparing the technics for troubled periods of exploitation during sowing and harvesting seasons. The study of individual indexes of reliability through the example of the tractors MT3 introduced in the article, and dependences between investments in carrying out preventive-preparative operations and further run-to-failure time of the tractors will allow minimizing, firstly, financial and, secondly human and energetic resources, proving the necessary level of reliability of technics used for the most important agricultural operations that finally will be one of the factors defining the finished prime-cost of agricultural production.

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“…Research into new high-efficiency technical solutions for the production and processing of seeds of different crops will be initiated for many years, both in Russia [1][2][3][4][5] and in various countries of America [6] and Eurasia [7][8][9]. When processing sunflower seeds, one of the important technological operations that determine the quality of the products obtained is peeling -separation of the outer bran of the seed from the core.…”

Section: Introductionmentioning

confidence: 99%

Theoretical justification of design and technological parameters of hulling machine main working bodies

Khaliullin

Badretdinov

Naficov

et al. 2021

20th International Scientific Conference Engineering for Rural Development Proceedings

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For many years, the Kazan State Agrarian University has been engaged in research to find new highly effective technical solutions for processing seeds of various crops in the conditions of agricultural producers. One of these developments is a machine for removing the husk from the seed of the aeromechanical type. A distinctive feature of these machines is using in the design an additional working body, made in the form of a mesh confusor, located on the exhaust pipe of the fan-thrower. The aim of the work is mathematical modeling of the movement of achenes in the working areas of aeromechanical devices. The study uses the positions of gas dynamics and analytical geometry. The size and direction of the air flow in the working areas of the seed material are influenced by the geometric parameters of the main working bodies. According to the mathematical solutions, it can be seen that the components of the air flow velocity in the transverse and longitudinal directions change along the length of the confusor. And to determine the parameters of the movement of the achene in the working areas of machines for removing the husk from aeromechanical seeds, it is necessary to know the physical, mechanical and technological properties of seeds, the parameters of the air flow, as well as the structural and technological parameters of the surfaces of the main working bodies. The resulting mathematical models describe the movement of the seed air mixture in the working area, with a numerical solution on a computer you can get a graphical image of the trajectory of the movement of seeds in the confusor, which allows to build a nomogram for calculating the parameters of the confusor and segment, thus justifying the main design and technological parameters of the machine for removing the husk from the seed of the aeromechanical type.

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Increase of efficiency of tractors use in agricultural production

Cited by 15 publications

References 0 publications

Operability assessment of drive shafts of john deere tractors in operational parameters

Operability assessment of drive shafts of john deere tractors in operational parameters

Resource-Saving Approach to Planning of Repair-Maintaining Influences

Theoretical justification of design and technological parameters of hulling machine main working bodies

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