The Evaluation of the Effectiveness of Reinforcement by Cemented-Carbide Plates in Two Design Variants of the Chisels Intended for Cultivation–Sowing Aggregates

Kostencki, P.; Stawicki, Tomasz; Królicka, Aleksandra

doi:10.3390/ma14041020

Cited by 5 publications

(4 citation statements)

References 36 publications

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“…Besides, the constructive and technological scheme of the combined soshnik of the zernotukovy seeder (Devkota et al, 2013;Kostencki et al, 2021) providing introduction of the main fertilizer and seeds in one vertical plane is developed, and fertilizers from seeds are divided by a layer of the 224 condensed soil of the required thickness (Fig. 1).…”

Section: Methodsmentioning

confidence: 99%

Designing a combined coulter for exemplary sowing of cereals

Novitsky

Бондарев

Dobritsky

et al. 2022

Rev. Invest. Univ. Quindío

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Agrochemical science and progressive practice have developed requirements for sowing crops and, in particular, grain. They will place the seeds in a moisture-proof layer to a predetermined depth on the prepared bed. This study aims to investigate designing a combined colter for exemplary sowing of cereals. To that end, to avoid these shortcomings in the technology of grain crops sowing, a technical solution in the form of sowing sections is proposed. Based on the results, the principal amount of fertilizers should be applied locally, in the soil near the seeds, below the sowing level by 3...7 cm. The soil above the seeds should be compacted with a density of 1.15...1.25 g/cm3. Analysis of the designs of grain seeders and the proposed technical solutions for the combined sowing showed that there are no devices that meet all the requirements. It provides loosening of the soil in the area of fertilizer and seed placement, sows fertilizer to the bottom of the furrow, covers it with soil, forms a compacted bed under the seeds, sows the seeds on the compacted bed, covers them with soil and compacts it over the seeds.

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Section: Methodsmentioning

confidence: 99%

Designing a combined coulter for exemplary sowing of cereals

Novitsky

Бондарев

Dobritsky

et al. 2022

Rev. Invest. Univ. Quindío

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“…Para Ratia et al (2013) utilizar materiais com maior resistência ao desgaste abrasivo deve aprimorar a vida útil das ferramentas. Essa pode ser amparada nos dados de Kostencki et al (2021), os autores indicam que cerca de 50% dos danos aos elementos da máquina são causados pelo mecanismo de desgaste abrasivo.…”

Section: Introductionunclassified

Proposta De Máquina Para Teste De Desgaste De Ferramentas Agrícolas Em Escala Real Com Reservatório Circular De Solo

Soranzzo¹,

Neis²,

Ferreira³

2023

Anais Do Congresso Internacional De Engenharia Mecânica E Industrial

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1)(2)(3) Universidade Federal do Rio Grande do Sul (UFRGS); PROMEC RESUMO: Sabe-se que o setor agrícola é parte da base econômica nacional. Tendo em vista que os gastos com desgaste podem alcançar 6% do PIB nacional. É fundamental aprimorar e desenvolver novos estudos voltados para resolver questões de desgaste nesse setor estratégico para a economia brasileira. Levando em consideração dificuldade de registrar dados tribológicos em estudos de campo e a variabilidade que envolve o contato entre a ferramenta agrícola e o solo, é necessário testes e ensaios específicos para reprodução dessas situações. Portanto o desenvolvimento de uma máquina capaz de reproduzir as diversas variáveis envolvidas em uma operação agrícola e a utilização da ferramenta como corpo de prova pode proporcionar um avanço no estudo e melhorias de ferramentas e implementos agrícolas. Esse estudo objetiva apresentar um modelo de máquina de teste para ferramentas agrícolas em escala real, trazendo algumas máquinas semelhantes e quais as premissas básicas para fabricação de uma máquina para teste de desgaste de ferramentas agrícolas em escala real com reservatório circular de solo. Essa máquina deve permitir um estudo com a profundidade e a velocidade idênticas as de operação em um reservatório com amostra de solo.

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“…One of the methods of surface regeneration is pad welding, especially for elements that are exposed to intensive wear [ 11 , 12 , 13 , 14 , 15 ]. Pad welding is a process that significantly increases the abrasive wear resistance [ 16 , 17 , 18 ]. The technological operation of applying surface layers of specific properties (i.e., increasing resistance to abrasive wear) that are associated with the basic material results in better durability of the machine elements [ 18 ].…”

Section: Introductionmentioning

confidence: 99%

Assessment of Padding Elements Wear of Belt Conveyors Working in Combination of Rubber–Quartz–Metal Condition

Romek¹,

Ulbrich²,

Selech³

et al. 2021

Materials

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Elements of belt conveyors, like other machine parts, are subject to wear processes. The conveyors transporting the spoil in the quartz sand mine are exposed to accelerated wear due to the effect of quartz on metal elements. Intensive wear of metal parts leads to downtime and the need to replace damage parts which generates additional costs. Therefore, it is important to perform surface treatment of metal elements, which will allow to extend the operation time of belt conveyors by reducing wear. The main objective of the article is to determine the impact of the pad welding process of the surface layer of metal elements on the abrasive wear of elements working in the metal–quartz sand–rubber conditions used in belt conveyors. In this research study, three different types of electrodes were used for pad welding the surface. The wear results obtained on the test stand were compared to wear of the basic element without surface treatment. The average wear value of the samples padded with electrode 3 was about 25% lower than the samples without surface treatment. The main mechanism of sample wear was the abrasion process due to the interaction between the steel surface and hard sand particles. The results presented in the article are important not only for belt conveyor elements but also for other machine parts where it is desirable to reduce abrasive wear.

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The Evaluation of the Effectiveness of Reinforcement by Cemented-Carbide Plates in Two Design Variants of the Chisels Intended for Cultivation–Sowing Aggregates

Cited by 5 publications

References 36 publications

Designing a combined coulter for exemplary sowing of cereals

Designing a combined coulter for exemplary sowing of cereals

Proposta De Máquina Para Teste De Desgaste De Ferramentas Agrícolas Em Escala Real Com Reservatório Circular De Solo

Assessment of Padding Elements Wear of Belt Conveyors Working in Combination of Rubber–Quartz–Metal Condition

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