GDS-15 FACE GEAR WITH APPROPRIATELY MODIFIED TOOTH FLANK(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

• It is the research on the face gear expected as a substitution of the bevel gear and hypoid gear. First, the geometrical design method of the face gear was introduced, and how to decide an effective engagement area under the design parameter was explained. In continuing, how to avoid the influence of machining and assembling error on tooth bearing of the face gear was shown. So, in this paper, on the face gear with modified tooth flank by some methods, for example, the conventional method which modifies tooth profile of pinion, the influence of machining and assembling error on tooth bearing was investigated by tooth contact analysis (T. C. A.). And the new method which modifies gear tooth surface was proposed on condition that the hardened gear-teeth finishing process could be carried out by the general-purpose Multi-Tasking machine. A numerical example was presented based on the proposed method.

• 一般社団法人日本機械学会の論文
• 2009-05-13

著者

• GUMBARA Hiroshi

  Department of Mechanical Engineering, Matsue National College of Technology

• Abe Yoshikazu

  Iwasa Tech Co. Ltd.

• Gumbara Hiroshi

  Department Of Mechanical Engineering Matsue National College Of Technology

• Tsuji Isamu

  Iwasa Tech Co. Ltd.

• KAWASAKI Kazumasa

  Centor for Cooperative Research, Niigata University

• TAKAMI Akiyasu

  Department of Mechanical Engineering, Matsue National College of Technology

• Kawasaki Kazumasa

  Centor For Cooperative Research Niigata University

• Takami Akiyasu

  Department Of Mechanical Engineering Matsue National College Of Technology

• Takami Akiyasu

  Department Of Energy Engineering Toyohashi University Of Technology

関連論文

• GM-12 GEAR GRINDING MACHINE FOR INTERNAL GEARS OF PLANETARY GEAR SYSTEM(MANUFACTURING OF GEARS)
• GM-5 A STUDY ON GEAR HONING USING GRINDING WHEEL SHAPED IN INTERNAL GEAR(GEAR MANUFACTURING)
• GDS-15 FACE GEAR WITH APPROPRIATELY MODIFIED TOOTH FLANK(DESIGN AND SYNTHESIS OF A PAIR OF GEARS OR OF GEAR TRAINS)
• Analysis of Uniform-Strength Shape by the Growth-Strain Method (Application to the Problems of Steady-State Vibration)
• GDS-16 STUDY ON MESHING OF GEAR TEETH(DESIGN AND SYNTHESIS OF A PAIR OF GEARS OR OF GEAR TRAINS)

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