Using Service Simulating Test in Designing of Tillage Combine

Abstract

Kuban State Agrarian University named after I. T. Trubilin, Krasnodar, Russian Federation Determining the optimal structure of the tillage combine for working in a particular company is a very difficult task due to many factors. While searching for the optimal choice, it is necessary to strive for having fewer combines in operation, reduce the fuel costs and compensate damages due to changes in agrotechnical terms and soil compaction during the combines' operation. In this article it is proposed to apply the Monte Carlo simulation for solving this issue. As a result of the analysis of models, it was observed that all combines can be divided into separate efficiency groups and form certain tillage complexes. After the analysis of these complexes, it was proposed to replace the tillage tools, which led to further reduction in total costs. So the transition to non-mouldboard technology in both high-efficiency and low-efficiency combines will lead to cost savings by 45%, and the introduction of new tools will reduce the fuel consumption by 61-64%. For high-efficiency machine complexes, non-mouldboard technology allows the reduction of the optimal number of aggregates by 25-32%. At the same time, the introduction of new tillage combines will reduce the number of operating combines by 50-58% due to reduced resistance and the combination of technological operations.

Study on the selection of the type and parameters of moldboard plow for combined tillage system

“…Once plowed with the help of such an aggregate, the soil is crushed, opening irrigation canals and forming beds [8]. The use of the manufactured combined tillage machine makes it possible to reduce the number of separate inputs of the aggregates for performing the processes carried out during the preparation of the land for sowing, as well as the consumption of fuels and lubricants and operating costs [9,10,11].…”

Optimization Parameters of Innovative Harrow for Sorgo Production in Burundi

“…Paws-subsoilers are equipped with side knives and had the ability to adjust in height. The frame of the chisel module was a swinging link of the parallelogram mechanism for raising and lowering the subsoilers [29].…”

Justification of the parameters of the tillerblock seeder for sowing sorghum seeds in the Republic of Angola

“…Where Y is the value of the optimization criterion; Ys is the value of the optimization criterion at the optimal point; X1,X2,...Xn are the new coordinate axes rotated relative to the sides x1,x2 , .. .. xn ; B1 , B2,...Bn is the regression coefficient in canonical form [13][14][15][16][17][18][19].…”