Engineering, Energy, Transport AIC

Shymko Lyubov - PhD, Associate Professor of the Department "Technical Service and Engineering Management Named after Mykola Momotenko of the National University of Life and Environmental Sciences of Ukraine (Ukraine, Kyiv, 12 Geroiv Oborony Street, Educational Building No. 11, 03041, e-mail: mtf11k@ukr.net).

Shatrov Ruslan - PhD, Associate Professor of the Department "Technical Service and Engineering Management Named after Mykola Momotenko of the National University of Life and Environmental Sciences of Ukraine (Ukraine, Kyiv, 12 Geroiv Oborony Street, Educational Building No. 11, 03041, e-mail: mtf11k@ukr.net).

Opalko Victoria - PhD, Associate Professor of the Department "Technical Service and Engineering Management Named after Mykola Momotenko of the National University of Life and Environmental Sciences of Ukraine (Ukraine, Kyiv, 12 Geroiv Oborony Street, Educational Building No. 11, 03041, e-mail: mtf11k@ukr.net).

Victor Soltysjuk - PhD, Аssociate professor of the Department of “Machine Usage and Technologies Agriculture” Separated Subdivision of National University of Life and Environmental Sciences of Ukraine Berezhany Agrotechnical institute (Academichna street, 20, Berezhany, Ukraine, e-mail: kafedra.mv.bati@gmail.com).

The article studies the issues related to the assessment of economic efficiency combine harvester equipped tipper grain hopper. The economic effect of development achieved by: reducing the share of damaged grain in the total amount of collected material; reducing costs related to energy intensity discharge process due to the absence of the vehicle along with a combine; reducing the intensity of the field surface sealing technology vehicles; reducing mechanical losses harvest; cost reduction of working time to discharge the collected material (provided that the combine is unloading a batch of his stop).

[1].        Adamchuk, V. V., Baranov, G. L., Baranovskiy, O. S. (2004). Suchasni tendentsii rozvytku konstruktsii sil`skogospodarskoii tehniky [Modern trends in the development of agricultural machinery designs]. Kyiv : Agrarna Nauka [in Ukraine].

[2].        Shymko, L. S. (2007). Oglyad konstruktsiy bunkeriv zernozbyralnyh kombayniv [An overview of the design of bunkers of combine harvesters], 1, 109 – 111. Naukovyy visnyk natsionalnogo agrarnogo universytetu. Kyiv [in Ukraine].

[3].        Tsarenko, O. M., Voytyuk, D. G., Shvayko, V. M. (2003). Mehaniko-tehnologichni vlastyvosti silskogospodarskyh materialiv : pidruchnyk [Mechanical and technological properties of agricultural materials: a textbook]. Kyiv : Meta. [in Ukraine].

[4].        Loveykin, V. S., Chonyuk, Y. V., Nedovesov, V. I., Shymko, L. S. (2015). Optymizatsiya rezhymiv roboty samoskydnyh vyvantazhuvalnyh prystroiv. Monografiya [Optimization of operating modes of dump-loading unloading devices. Monograph]. Kyiv: Komprint [in Ukraine].

[5].        Shevchun, V. K. (2003). Sovershenstvovanie protsesa vygruzki zerna s povyshenoy vlazhnosty iz bunkera zernouborochnogo kombayna “DON-1500” [Improving the process of unloading grain with high humidity from the bunker of the grain harvester "Don-1500"]. Extended abstract of candidate`s thesis. Rostov-na-Donu [in Russia].

[6].        Zatsarinyi, A. V. (2005). Intensefikatsyya protsesa vygruski zernovyh materialov povyshenoy vlazhnosti iz bunkera kombayna. [Intensification of the process of unloading high-moisture grain materials from the combine harvester] Extended abstract of candidate`s thesis. Rostov-na-Donu [in Russia].

[7].        Sydorchuk, L. L. (2008). Identufikatsiya konfiguratsii parku kombayniv u proectah system tsentralizovanogo zbyrannya rannih zernovyh culture [Identification of the configuration of the combine park in the projects of the systems of centralized harvesting of early grain crops] Extended abstract of candidate`s thesis. Lviv [in Ukraine].

[8].        Vytvitsky, V. V. Pivovar, V. S., Nuzdin, Y. M. (2007). Metodyka rozrobky ta tymchasovi normy productyvnosti ta vytrat palyva na novu sil`skogospodarsku tehniku [Methodology of development and time rates of productivity and fuel consumption for new agricultural machinery]. Zburannya kormovyh, zernovyh ta tehnichnyh kultur. Ukrainskyy naukovo-doslidnyy instytut produktyvnosti agropromyslovogo kompleksu Ministerstva agrarnoi polityky Ukrainy. Kyiv [in Ukraine].

[9].        Tsip, E. I. (2002). Sezonna programa kombayna i ryzyk u protsesi tsentralizovanogo zbyrannya rannih zernovyh [Seasonal combine program and risk in the process of centralized harvesting of early grain crops] Extended abstract of candidate`s thesis. Lviv [in Ukraine].

[10].    Kozhevnikov, V. A. (2005). Sovershenstvovanie protsesa vypuska trudnosypuchyh materialov iz bunkerov selskohozyaystvenogo naznacheniya [Improvement of the process of release of loose materials from agricultural bunkers] Extended abstract of candidate`s thesis. Samara [in Russia].

[11].    Komchenkov, E. V. (2004). Sovershenstvovanie protsesa istecheniya melkih sypuchih materialov iz bunkerov selskohozyaystvenogo naznacheniya [Improvement of the process of the expiration of small bulk materials from bunkers for agricultural purposes] Extended abstract of candidate`s thesis. Rostov-na-Donu [in Russia].

[12].    Burmistenkov, A. S. (2004). Intensifikatsiya razgruzki zernovyih materialov iz bunkerov zernoochistitelnyih agregatov [Intensification of unloading of grain materials from bunkers of grain cleaning units]. Extended abstract of candidate`s thesis. Zernograd [in Russia].

[13].    Tituchenko, A. A. (2008). Sovershenstvovanie protsessa vyigruzki zernovyih materialov iz selskohozyaystvennyih bunkerov s ploskimi dnischami [Improvement of the process of unloading grain materials from agricultural bunkers with flat bottoms]. Candidate’s thesis. Rostov–na–Donu, [in Russia].

[14].    Lunyakin, V. N. (2004). Optimizatsiya uborochno–transportnogo protsessa uborki zernovyih kultur s ispolzovaniem peredvizhnogo peregruzchika [Optimization of harvesting and transport process of grain harvesting using a mobile loader]. Candidate’s thesis. Moskow [in Russia].

[15].    Danilchenko, M. G. Gladich, B. B., Gevko, R. B., Tkachenko, I. G. (2001). Ekspertno-analitichna otsInka tehnologichnih i ekonomIchnih pokaznikIv sIlskogospodarskoyi tehniki : Navchalno-metodichniy posIbnik dlya studentIv ekonomichnih spetsialnostey [Expert and analytical estimation of technological and economic indices of agricultural machinery: educational and methodical manual for students of economic specialties]. Ternopil, Ekonomichna dumka, [in Ukraine].

[16].    Prisyazhnyuk, M. V., Melnik, S. I., Zhilkin, V. A. (2011). Natsionalna dopovid pro stan rodyuchosti Gruntiv Ukrayini [National report on soil fertility in Ukraine]. Naukovo-praktichniy schorichnik. Posibnik ukrayinskogo hliboroba. 41–73. [in Ukraine].

[17].    Melnik, I. I., Grechkosiy, V. D., Bondar, S. M. (2005). Proektuvannya tehnologichnih protsesiv u roslinnitstvi, navchalniy posibnik [Planning of technological processes in crop production]. Nizhin, „ASPEKT – Poligraf” [in Ukraine].

[18].    Tarasenko, O. P. (2003). Snizhenie travmirovaniya semyan pri uborke i posleuborochnoy obrabotke, [Reduction of seed trauma during cleaning and post-harvest treatment]. Voronezh, [in Russia].

[19].    Nemyikin, A. A., Zaharova, E. B. Vliyanie uplotneniya traktorami pri razlichnyih sposobah osnovnoy obrabotke pochvyi na urozhaynost yachmenya [Effect of packing by tractors in different methods of basic soil treatment on barley yield]. Agrarnyiy vesnik Urala,10 (52),  58–60. [in Russia].

[20].    Lyasko, M. I., Kuzhin, L. N., Seleznyov K. G. (1979). Vliyanie hodovyih sistem selskohozyaystvennyih traktorov na uplotnenie pochvyi i urozhaynost yachmenya [Effect of running systems of agricultural tractors on soil compaction and barley yield]. Traktoryi i selhozmashinyi, 12, 31–37. [in Russia].