Computer aided engineering design in the development of agricultural implements: a case study for a DPFA

Patuk, Iaroslav; Borowski, Piotr F.

doi:10.1088/1742-6596/1679/5/052005

Cited by 8 publications

(6 citation statements)

References 9 publications

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“…Slurry was acidified with H2SO4. Chemical composition of untreated and acidified slurries is presented in Table 2 [Borowski et al 2020]. The temperature during the 5 days after slurry application was: in 2017 average -13.0°C, maximum 24.0°C, minimum 2°C and in 2018: average 16.1°C, maximum 30.5°C, and minimum 1.8°C.…”

Section: Methodology Of Slurry Treatmentmentioning

confidence: 99%

Leaching of Elements from Soil in Grassland Field Crops Treated with Raw and Acidified Slurry

Barwicki

Borusiewicz

Holden

et al. 2022

Agricultural Engineering

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The state of soils was presented in the aspect of environmental protection when using acidified slurry was used as fertilizer to protect ammonia from escaping into the atmosphere. The use of concentrated sulfuric acid to lower the pH of the slurry and thus retain nitrogen in the soil and then use it by crops gives a double benefit, reduces nitrogen losses, and reduces the cost of mineral fertilizers that should be purchased. Injecting raw slurry below the surface of the soil has some benefits in the form of reducing ammonia emissions, but it does not affect the use of fertilizers with the addition of sulfur, which is ensured in the case of acidification of the slurry. Additional benefit is to obtain environment protection. Leaching of elements from grassland and corn crop soil treated with raw cattle slurry and acidified cattle slurry (m3·ha−1) was presented. The K content was highest in the leachate collected after the application of the last batch of acidified slurry. Yield tests were conducted on similar soils as presented in the tables for grass, using six 500 m2 plots with corn, cultivar ES Cirrus, with acidified slurry and one test plot with non-acidified slurry. Analysis of variance and significant difference among the treatment means were separated using Duncan’s Multiple Range Test (DMRT) at a probability level of 0.05. Based on statistical analysis, it was demonstrated that crop yields of corn grain increased when fertilized with acidified slurry, at an average of 4 t·ha−1. During field tests corn crop yield varied from 14 t·ha−1 to 18 t·ha−1 when non-acidified and acidified slurry were used. The yield on the grassland was approx. 30 t·ha−1. The soil sorption complex, in combination with its buffer properties and acidification, did not affected the pH value. This makes the acidification process safe for plants and for the soil environment.

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Section: Methodology Of Slurry Treatmentmentioning

confidence: 99%

Leaching of Elements from Soil in Grassland Field Crops Treated with Raw and Acidified Slurry

Barwicki

Borusiewicz

Holden

et al. 2022

Agricultural Engineering

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“…During continuous timing, each observed combine was assigned a timekeeper, who was instructed and prepared for the work, namely informed with the main goals and objectives of the study, harvesting technology, device and maintenance technology of the combine harvester, general timing technique. Each of the timekeepers was provided with observation sheets, pens, tablets and stopwatch [4]. All time expenditures, the name of the combine, its economic number, name of the observer and combine, geometrical parameters and configuration of the field were recorded.…”

Section: Methodsmentioning

confidence: 99%

Researching operational reliability of key combine systems in Stavropol Territory

Pavlyuk

Zaharin

Gevora

et al. 2022

IOP Conf. Ser.: Earth Environ. Sci.

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The paper analyzes the performance parameters of the main systems of combine harvesters by the example of ordinary farms in the Stavropol Territory. For a detailed determination of the indicators of using combine harvesters, the method of timing the work of this type of agricultural machinery and accounting and statistical documentation of farms were used. The data of continuous and selective timing together with the data from primary documentation of farms allowed obtaining the information on the indicators of use and reliability of combine harvesters when harvesting grain crops in the ordinary operation. The timing of the work of the combines was carried out during the harvesting season of 2015-2019 in the territory of the Stavropol Territory, which included two types of harvesting - continuous and selective. 86 combine harvesters were put under surveillance. A significant proportion of the occurring failures was accounted for the harvesting part, mechanical transmissions, various hydraulic systems, threshing tools, electrical and electronic controls. Based on experimental studies, the distribution of occurring failures of combine harvesters in the course of their work is mounted. Recovery times for such systems can be long.

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“…Study results and for practice tests with the proposed design in the development of agricultural processing Provide technical support [3]. But how much is lean application Common is the remoteness of the world and in developing regions Small, craft-based This for benefit in industries Can be used immediately This article argues that it can.…”

Section: Introductionmentioning

confidence: 99%

Agricultural Implement Industry Using WPM Method

2024

JEMM

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Agricultural implements are agricultural Human labor in activities that Reduce field crop yield Tools that can be used to improve is reapers, Traction, disc harrows, Cultivators, seed drills, Harrows, Spades, Baggage, Plows, and other agricultural Tools are very common. In Modern Agricultural Practices Agricultural implements play an important role play These are commercial and Widespread in organic farming are used. This Tools are for sowing, field preparation, Planting, threshing, and irrigation and are used for harvesting. Agricultural machinery industry or Agricultural engineering is a profession as part of the industry, it is in agriculture or other agriculture used tractors, Agricultural machinery and Manufacturing agricultural implements maintain. This branch is mechanically Considered part of the profession.Agricultural implements are agricultural to carry out procedures The necessary tools are: In today's farming operations Many agricultural implements are used. Agriculture means crops and livestock Production, Aquaculture, Aquaculture and food and food Forests for non-food products Includes. Seated man Agriculture at the Rise of Civilization A major development was Raised by this Cultivation of species is food Generated surpluses, which helped people live in cities. Humans are at least 105,000 grains years ago Although started to collect, New farmers are about 11,500 years ago They started planting. Sheep Goats, pigs, and cattle About 10,000 years ago were raised. World's lowest Plants are native to 11 regions and Cultivated as fodder. twentieth in century, large-scale Based on monocultures Industrial agriculture with dominated agricultural production.The weighted product method is a multi-criteria decision-making process is there are many alternatives, and based on several criteria we must determine the best alternative.DuPont India, Rallis India Limited, Nuziveedu Seeds Limited, Lemken India Agro Equipments Private Limited, Advanta Limited.Technical capability, Product quality capability, Delivery capability, Financial/cost capability from the result, it is seen that Lemken India Agro Equipments Private Limited is got the first rank where as Nuziveedu Seeds Limited is having the lowest rank

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Computer aided engineering design in the development of agricultural implements: a case study for a DPFA

Cited by 8 publications

References 9 publications

Leaching of Elements from Soil in Grassland Field Crops Treated with Raw and Acidified Slurry

Leaching of Elements from Soil in Grassland Field Crops Treated with Raw and Acidified Slurry

Researching operational reliability of key combine systems in Stavropol Territory

Agricultural Implement Industry Using WPM Method

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