GDS-12 DESIGNING SKEW CONICAL GEAR DRIVES IN APPROXIMATE LINE CONTACT FOR POWER TRANSMISSION(DESIGN AND SYNTHESIS OF A PAIR OF GEARS OR OF GEAR TRAINS)

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概要

• 論文の詳細を見る

• The paper summarizes the research on the topic of improving the surface durability of conical gear drives for power transmission. The authors proposed a new concept for designing skew conical gear drives, which are designed in so-called approximate line contact combining with profile-shifted transmission. The contact patterns have a large major-to-minor-axis ratio, so that not only the surface durability can be increased, but also the sensitivity to edge contact can be reduced. A numerical method for loaded tooth contact analysis was also developed to solve the non-Hertzian contact problem of such a conical gear drive in approximate line contact. The feasibility of the design concept is verified both by FEM and by measuring the contact pattern on a test bench.

• 一般社団法人日本機械学会の論文
• 2009-05-13

著者

• Wu Szi-hann

  Department Of Mechanical Engineering National Central University

• Tsai Shyi-jeng

  Department Of Mechanical Engineering National Central University

関連論文

• GDS-12 DESIGNING SKEW CONICAL GEAR DRIVES IN APPROXIMATE LINE CONTACT FOR POWER TRANSMISSION(DESIGN AND SYNTHESIS OF A PAIR OF GEARS OR OF GEAR TRAINS)
• GDS-6 GEOMERICAL DESIGN OF FACE-GEAR DRIVES FOR POWER TRANSMISSION(GEAR DESIGN AND SYNTHESIS)

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