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Your search keyword '"Bakhitbek Saktaganov"' showing total 2 results
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2 results on '"Bakhitbek Saktaganov"'

1. A Chisel Fertilizer for In-Soil Tree-Layer Differential Application in Precision Farming

Author

Sayakhat Nukeshev, Kairat Yeskhozhin, Dimitar Karaivanov, Mikalai Ramaniuk, Erzhan Akhmetov, Bakhitbek Saktaganov, and Khozhakeldi Tanbayev

Subjects
granular fertilizer, liquid fertilizer, precision farming, site-specific application, tractive force, Technology, Technology (General), T1-995
Abstract

An original technical solution is proposed that permits the application of a main fertilizer dose once in 4-5 years at a depth of 6-25 cm with an inclined belt. The work aims to investigate the interaction between the proposed working tool (ripper-distributor) of the developed chisel-fertilizer with the soil, and to determine dependences that link its traction force with the design parameters. Studying the soil deformation pattern under the influence of working tool cutting parts based on classical mechanics made it possible to determine the dependence between the tractive force of the ripper-distributor and its design parameters. 3D modeling and C.F.D. analysis by using SolidWorks Flow Simulation® made it possible to define the fertilizer distributor parameters of the working body and flow characteristics of fertilizers. The distribution quality studies of fertilizer granules in compartments of the working tool distributor showed that the non-uniformity of distribution at different dosages (from 50 to 400 kg/ha) ranges from 7.8% for the application of granulated superphosphate up to 22.7% for the application of powdered superphosphate. The chisel-fertilizer enables soil-friendly and sloping site-specific fertilizer application at a depth from 5.6-9.8, 16-18, 23-25.8 cm, and a fertilizer distribution non-uniformity of 14-15% over the width of the spreader.

Published
2023
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2. Flat Spray Nozzle for Intra-Soil Application of Liquid Mineral Fertilizers

Author

Khozhakeldi Tanbayev, Sayakhat Nukeshev, Tahsin Engin, and Bakhitbek Saktaganov

Subjects
Mechanical Engineering, Waste Management and Disposal, Agronomy and Crop Science
Abstract

This paper deals with the investigation of the performance of a nozzle used for intra-soil application of liquid mineral fertilizers (LMF), determination of the range of spray angle, fall angle, droplet size, spray distribution characteristics, and substantiation of its dependence on the nozzle design parameters. The proposed nozzle has a jet-impact channel and deflector slot design with very compact overall dimensions. It can be mounted on a deep tillage knife (wing) with a height of 12–14 mm and provides flat fan spray with a high spraying angle. The following range of effective parameters has been determined: the feed channel diameter is 1–1.6 mm, the slot height is 0.35–0.7 mm, and impact surface diameter 5–8 mm. The resultant spray angle is 170–175°, and the fall angle diapason is 5–10°. These parameters contribute to determination of the tillage knife design parameters such as knife height and the height of spray window, as well as the nozzle installation parameters such as t, n and m in future studies. The results can be useful for nozzle industries, particularly in developing the flat fan nozzles with wide spray angle. Overall, the nozzle design is applicable to use for intra-soil application of liquid mineral fertilizes with deep tillage knives.

Published
2023

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