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THREE VIEWS ON KINEMATIC ANALYSIS OF CRANK MECHANISM IN EDUCATIONAL PROCESS
Abstract
The article deals with the kinematics analys is of crank mechanism realized by three methods followed by comparison of achieved results. The crank mechanism is the most commonly used mechanism in practice; it is the part of the various machines and almost every car. It belongs to the fundamental mechanisms whereon the kinematic characteristics of mechanism are investigated by students on FMT TU KoЕЎice with seat in PreЕЎov within the scope of Technical mechanics lessons. Ar ticle hints as the utilization of suitable software can saves labour but the knowle dge of theoretical mechanics principles for the problem solution are necessary. The paper was written thanks to support provided by the project KEGA num. 270-014TUKE-4/2010.
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References4
Harcar, P.: Kinematic analysis of crank-slider mechanism in software Pro/E , Diploma thesis, FMT TUKE Presov, 2010
Hreha P. et al.: Impact of abrasive mass flow rate when penetrating a material on its vibration, In: Technical Gazette 17, 4 (2010) , p. 475-480, ISSN 1330-365
Monkova, K., Monka, P., Hloch S. & Valicek,J.: Kinematic analysis of quick- return mechanism in three various approaches, Technical Gazette, Vol.18 (2011), ISSN 1330-3651
Mihalcova, J. & Dobransky, J: Using tribotechnical diagnostics for analyzing of lubricant liquids in aircraft engines, In: Transactions of the Universities of Kosice. num. 2 (2008), p. 13-18, ISSN 1335-2334
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