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 作者：Michał Batsch 来源：[J].Journal of KONBiN, 2019, Vol.49 (1), pp.369-382De Gruyter 摘要：Abstract This paper presents a mathematical model and tooth contact analysis of eccentric cycloid gear mesh. Numerical simulations aimed at generating contact pattern for a sample gear pair were performed. Contact pattern was also determined for gear wheels made by additive fabri...
 作者：Tadeusz MARKOWSKI , Michał BATSCH 来源：[J].Scientific Journal of Silesian University of Technology. Series Transport, 2016, Vol.90, pp.137-147DOAJ 摘要：Article presents mathematical model of form machining of cylindrical convexo-concave Novikov gear teeth by means of disk-type tools. Example of these king of tools is disk-type milling cutter or grinding wheel. Moreover based on the given convex and concave tooth geometry the too...
 作者：Michał Batsch , Tadeusz Markowski , Wojciech Homik 来源：[J].Solid State Phenomena, 2015, Vol.4077, pp.26-30Trans Tech 摘要：Paper presents the method for obtaining maximum contact pressure of Novikov gears. Described surface strength calculation method is based on Hertz theory of two bodies being in point contact. What’s more the influence of gear position errors on maximum contact stresses has b...
 作者：Michał BATSCH 来源：[J].SUT 摘要：Article presents the algorithm for obtaining maximum surface stresses for Novikov gears. Described surface strength calculation method is based on Hertz theory of two bodies being in point contact. What’s more the influence of gear position errors on maximum contact stresses...
 作者：Tadeusz MARKOWSKI , Michał BATSCH 来源：[J].SUT 摘要：Article presents mathematical model of form machining of cylindrical convexo-concave Novikov gear teeth by means of disk-type tools. Example of these king of tools is disk-type milling cutter or grinding wheel. Moreover based on the given convex and concave tooth geometry the too...