Systematic analysis of testing processes for hydraulic drives of cotton harvester working organs
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Abstract
State of research on hydraulic drives of cotton harvesting machines. In improving the drives of agricultural machinery, particularly cotton harvesters, the primary focus is on hydrostatic and hydromechanical transmissions. These types of transmissions allow for continuous variation in the rotational speed and torque of the working organs, ensuring stable operation under various technological regimes.
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References
Sahay J., Elements of Agricultural Engineering. Standard Publishers, 2015. P. 69–78.
Glushenko A.O., Matchanov R.D., Rizaev A.A., Toshboltaev M.T., Khudoykulov R.R. Modeling of dynamic processes in horizontal spindle harvesting devices. Tashkent: Fan. 2004. P. 1–6.
Zhang H., Wang Q. Experimental investigation of hydrostatic transmission for agricultural machinery // Applied Engineering in Agriculture. 2016. Vol. 32. No. 4. P. 521–530.
Azimov B.M., Norqulov J.Sh. Modeling and optimal control of the hydromotordriven fan motion in the pneumatic system of a cotton harvesting machine using an automated test bench // Информaционные технологии моделирования и управления. Научно-технический журнал. – Воронеж. 2025. - № 3(141). С. 164–176.
Khalili M., Modeling and Simulation of Agricultural Hydraulic Actuators // Applied Engineering in Agriculture. 2020. P. 54–62.
Kudsk P. et al., Dynamics of Hydraulic Drives in Agricultural Machinery // Journal of Terramechanics. 2019. P. 25–36.
Madou K. Modeling of Hydrostatic Drives // Mechanical Systems and Signal Processing. 2021. P. 45–53.
Усманов А.А., Каримов Б.Р. Пахта териш машиналарининг пневматик тизимларини такомиллаштириш // Қишлоқ хўжалиги механизацияси. 2014. № 3. 45–49 б.
Норбоев Ш.Ж. Пахта териш машиналарида ҳаво оқимини тадқиқ этиш // ТошДТУ илмий ахборотномаси. 2016. № 2. 88–92 б.
Норқулов Ж.Ш. Машинатракторли агрегатлар учун гидроюритмаларни тадқиқ қилиш ва синашнинг автоматлаштирилган стенди // Ўзбекистон журнали “Информатика ва энергетика муаммолари” Тошкент. 2021. № 3. 94–99 Б.
Рахмонов Д.С. Гидроюритмаларни синаш учун автоматлаштирилган стенд // Агроинженерия муаммолари. 2019. № 4. 56–61 б.
Dubinin E.A., Polyanskiy A.S. Mathematical modeling of articulated wheeled vehicle motion // Naukoviy visnyk TDATU. 2015. Vol. 5. No. 1. P. 53–66.
Popov D.N. Dynamics and Control of Mechanical Systems. – Moscow: Nauka, 2005. P. 134–178.