2011
DOI: 10.1016/j.mechmachtheory.2010.09.001
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Geometric design of involute spur gear drives with symmetric and asymmetric teeth using the Realized Potential Method

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Cited by 27 publications
(17 citation statements)
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“…Ellen Bergseth and Stefan Bjo¨rklund 10 adopted a logarithmical profile modification method to reduce the contact pressure at a specific normal load. Alipiev 11 used realized potential method to investigate the geometric design of symmetric and asymmetric teeth of involute gears in the meshing process. Liang et al 12 studied transmission efficiency of gear drive and the geometric design with double circular arc-involute tooth profile.…”
Section: Introductionmentioning
confidence: 99%
“…Ellen Bergseth and Stefan Bjo¨rklund 10 adopted a logarithmical profile modification method to reduce the contact pressure at a specific normal load. Alipiev 11 used realized potential method to investigate the geometric design of symmetric and asymmetric teeth of involute gears in the meshing process. Liang et al 12 studied transmission efficiency of gear drive and the geometric design with double circular arc-involute tooth profile.…”
Section: Introductionmentioning
confidence: 99%
“…En cuanto a la relación de transmisión, el cual es un pará-metro a considerarse en los sistemas de transmisión de engranajes rectos cilíndricos, y que influye en la relación de contacto entre los perfiles de dientes a lo largo de la línea de contacto, Alipiev [12] propone un nuevo método para el diseño geométrico para los engranajes con bajo número de dientes con perfil de involuta tanto simétricos como asimé-tricos. De manera que los engranajes con pequeño número de dientes, en la práctica, encuentran aplicación en bombas de engranaje, aplicaciones cinemáticas que requieren de una alta relación de transmisión en engranajes para compresores, mecanismos para sistemas de elevación entre otros.…”
Section: Figuraunclassified
“…In the traditional theory of involute meshing (Litvin 1968;Bolotovskii 1986;GOST 16532-70 1970;Colbourne 1987;Alipiev 2011) rectilinear profile of the rack-cutter with an involute profile of the manufactured gear. In this case the undercutting of teeth, called by the authors ''undercuttingtype I'', is avoided when the trajectories of all points of the rectilinear profile of the rack-cutter cross the line of action.…”
Section: Theory Design and Experimental Researches On Power Transmismentioning
confidence: 99%