The paper presents the results of research aimed at the verification of the existing design solutions of four example sowing units for agricultural seed drills with the most frequently used types of sowing wheels. The research was conducted with the use of modern computer simulation systems based on the discrete element method (DEM) with the evaluation of the efficiency of selected design solutions in terms of achieved performance and metering uniformity. The paper includes a description of virtual research models and the employed mathematical models used for mirroring contact between seeds. Moreover, for the purpose of verification of the obtained results, bench tests were conducted using actual models of selected design solutions
During a sowing grain is damaged because of movement on a surface of working elements. It leads to f...
In this paper, it is proposed to use a self-propelled pneumatic mini-seeder with replaceable mechani...
Due to their (a) lower draught force requirements and (b) ability to work at deeper operation depths...
The paper presents the results of research aimed at the verification of the existing design solution...
Research relevance is determined by the need of agricultural producers of Nizhny Novgorod Region to ...
The digital twin is a virtual model of the agricultural tool working element that allows you to calc...
In the seed processing industry, rotary batch seed coaters are widely used for providing a protectiv...
This paper presents an overview of discrete element modelling (DEM) as a modelling technique for gra...
In this paper, sowing rate optimization of grassland drills consisted in finding an optimum combinat...
This research project developed a double-shoot apparatus to distribute seeds and fertilizer at an op...
Soil disturbance and draft force are important soil dynamic properties and performance indicators fo...
Due to the growing world population, the agricultural sector needs more productive and more energy-e...
The seed metering process of a fluted force-feed seeder was simulated using the Discrete Element Met...
Using the modified DEM (Discrete Element Method), which we proposed in order to improve the accuracy...
Nowadays, in the face of continuous technological progress and environmental requirements, all manuf...
During a sowing grain is damaged because of movement on a surface of working elements. It leads to f...
In this paper, it is proposed to use a self-propelled pneumatic mini-seeder with replaceable mechani...
Due to their (a) lower draught force requirements and (b) ability to work at deeper operation depths...
The paper presents the results of research aimed at the verification of the existing design solution...
Research relevance is determined by the need of agricultural producers of Nizhny Novgorod Region to ...
The digital twin is a virtual model of the agricultural tool working element that allows you to calc...
In the seed processing industry, rotary batch seed coaters are widely used for providing a protectiv...
This paper presents an overview of discrete element modelling (DEM) as a modelling technique for gra...
In this paper, sowing rate optimization of grassland drills consisted in finding an optimum combinat...
This research project developed a double-shoot apparatus to distribute seeds and fertilizer at an op...
Soil disturbance and draft force are important soil dynamic properties and performance indicators fo...
Due to the growing world population, the agricultural sector needs more productive and more energy-e...
The seed metering process of a fluted force-feed seeder was simulated using the Discrete Element Met...
Using the modified DEM (Discrete Element Method), which we proposed in order to improve the accuracy...
Nowadays, in the face of continuous technological progress and environmental requirements, all manuf...
During a sowing grain is damaged because of movement on a surface of working elements. It leads to f...
In this paper, it is proposed to use a self-propelled pneumatic mini-seeder with replaceable mechani...
Due to their (a) lower draught force requirements and (b) ability to work at deeper operation depths...