The 5 references in paper A. Krutashov V., E. Baulina E., А. Круташов В., Е. Баулина Е. (2016) “Методы снижения усилий в синхронизаторе при включении передачи // Methods for Reducing Effort Exertion in a Gearbox Synchronizer During Shifting Process” / spz:neicon:technomag:y:2014:i:2:p:242-255

1
Sift System Components in Manual Transmissions. Automotive Product Information API. INA 2009.
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2
Полунгян А.А. (ред.) Проектирования полноприводных колесных машин (в 3-х томах). М.: МВТУ им. Н.Э.Баумана, 2008 г.
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3
Шарипов В.М. (ред.). Конструирование и расчёт тракторов. М.: Машиностроение, 2009 г. – 751 с.
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4
Недялков А.П. Механические синхронизированные коробки передач / Совершенствование технико-экономических показателей автомобильной техники. Сб.науч.тр. / НАМИ – 1993. – Вып.214. С. 73-85. Science and Education of the Bauman MSTU, 2014, no. 12, pp. 128–136. DOI: 10.7463/0815.9328000 Received: ##.##.2014 Revised: ##.##.2014 © Bauman Moscow State Technical Unversity Methods for Reducing Effort Exertion in a Gearbox Synchronizer During Shifting Process A.V. Krutashov, E.E. Baulina * Moscow State University of Mechanical Engineering (MAMI), Moscow, Russia Keywords: gear shifting process; synchronizer; gear shifting stages; decreasing of shifting effort In gearbox synchronizer design process, the most important parameter to be determined is the effort required t
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71%). The remainder of the paper shows the ways to decrease said second force peak. Recommendations for synchronizers design improvement are given as well. The conclusion has been made that technical requirements for modern synchronizer design, apart from the maximum synchronization effort, must provide relative maximum value of the second peak of at most 1/3 of synchronization effort. This will ensure improved perception of the shifting process.
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