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2016, vol. 22, br. 4, str. 119-124
Povećanje radne efikasnosti mašina za premeštanje tla pomoću pneumatskog sistema za skladištenje energije
aPrydniprovs'ka State Academy of Civil Engineering and Architecture, Faculty of Mechanical Engineering, Department of Road Building Machines, Ukraine
bKharkiv National Automobile and Highway University (KhNADU), Faculty of Mechanical Engineering, Department of Road Building Machines, Kharkiv, Ukraine

e-adresaanton_kholodov@mail.ru
Ključne reči: akumulator; energija; hidraulični pogon; snaga; tok snage
Sažetak
Ovaj rad prezentuje ciklograme distribucije snage i šeme distribucije tokova snage kod radnog ciklusa buldozera, skrepera i grejdera, opremljenih sa pumpnim sistemima za skladištenje hidraulične energije.
Reference
Aleksejeva, T.V. (1966) The Hydraulic Drive and Hydroautomatic Equipment of the Earth Moving Machines. Moscow: Machinostroenije, (Russia)
Aleksejeva, T.V., Remizovich, Yu.V., Sherman, V.G. (1969) Application of the Energy Storage Principle in the Earth Moving Machine Controlling System. Research and Trial of Road and Construction Machines: Collection of Scientific Papers, Vol. 1, pp. 70-75
Dann, R.T. (1973) The Revolution in Flywheels. Machine Design, May 17, pp.130-135
Gulia, N.V. (1974) The Inertial Car Engines. Transport, Moscow
Khmara, L.A. (2005) Application of Accumulators of Potential Energy in Construction Machinery (on the Example of the Bucket Excavator). Construction. Materials Science. Mechanical Engineering: Collection of Scientific Papers, Intensification of Work processes of Construction and Road Machines, Vol. 33. -pp.17-33
Khmara, L.A., Kholodov, A.P. (2012) Increasing the Efficiency of Bulldozers by Means of the Pumped Hydrostorage System. Construction and Road Machines, 3: 33-37
Khmara, L.A., Kholodov, A.P., Yaryzhko, A.V. (2011) Experimental Research of the Pumped Hydrostorage System. Collection of Scientific Papers: Construction. Materials Science. Mechanical Engineering, 63: 69-78
Khmara, L.A., Kholodov, A.P. (2011) Trials of the Bulldozer Equipped with the Energy Storage System. Collection of Scientific Papers: Construction. Materials Science. Mechanical Engineering, 63: 61-69
Shcherbakov, V.F. (2011) The Energy-Efficient Hydraulic Drive of Construction and Road Machines. 10: 1-2
Shcherbakov, V.F. (2008) The Regenerative System of the Hydraulic Drive of Earth Moving Machines, Construction and Road Machines. 9: 49-51
Volotskij, V.M. (1995) The Vehicle Hydraulic Drives and their Components. Kharkov: Gidroeleks, Apprenticeship Course, (Ukraine)
 

O članku

jezik rada: srpski, engleski
vrsta rada: neklasifikovan
DOI: 10.5937/IMK1604119H
objavljen u SCIndeksu: 20.06.2020.

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