Effects of Rim Thickness and Number of Teet on Bending Strength of Internal Gear
スポンサーリンク
概要
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An internal gear which meshed with three planet gears in the same bearing condition, the angles between those planet gears being same and 120° respectively, and which was supported through a thin cylinder, was chosen as the subject of study. The bending moment, the bending stress and the radial displacement in the rim of the internal gear were obtained theoretically, and by using these results the form of an internal gear model was determined. Furthermore, the stresses in the internal gear models were analyzed by the photoelastic method, and the effects of rim thickness and number of teeth of the internal gear on the magnitude and the position of the maximum stress produced in the internal gear were clarified.
- 一般社団法人日本機械学会の論文
著者
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Ishida Takeshi
Faculty Of Engineerng Yamaguchi University
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Ishida Takeshi
Faculty Of Engineering Yamaguchi University
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HIDAKA Teruaki
Faculty of Engineerng, Yamaguchi University
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UCHIDA Fumiaki
Microelectronics Center, Tokyo Shibaura Electric Co. Ltd.
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Hidaka Teruaki
Faculty Of Engiineering Yamaguchi University
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Uchida Fumiaki
Microelectronics Center Tokyo Shibaura Electric Co. Ltd.
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HIDAKA Teruaki
Faculty of Engineering, Yamaguchi University
関連論文
- Deflection along Line of Action of Idle Gear with both Thin Rim and Radial Clearance between Rim and Gear Shaft : Series C : Vibration, Control Engineering, Engineering for Industry
- Theoretical analysis of nominal stress in rim of planet gear
- Bending Stress Analysis of Idle Gear with Thin Rim : Effect of Rim Thickness on Stresses
- Bending Stress Analysis of Idle Gear with Thin Rim : Effects of Tooth Load and Radial Clearance between Rim and Gear Shaft on Stresses
- Effect of Addendum Modification Coefficient on Bending Strength of Internal Gear
- Effects of Rim Thickness and Number of Teet on Bending Strength of Internal Gear
- On the Relation between the Run-Out Errors and the Motion of the Center of Sun Gear In a Stoeckicht Planetary Gear
- Dynamic Behavior of Planetary Gear : 1st Report Load Distribution in Planetary Gear
- Analysis of Dynamic Tooth Load on Planetary Gear
- Effects of Errors of Elements on Load Distribution in Planetary Gears with Various Load Equalizing Mechanisms
- Dynamic Behavior of Planetary Gear : 7th Report, Influence of the Thickness of the Ring Gear
- Dynamic Behavior of Planetary Gear : 6th Report, Influence of Meshing-Phase
- Dynamic Behavior of Planetary Gear : 5th report, Dynamic Increment of Torque
- Dynamic Behavior of Planetary Gear : 4th Report, Influence of the Transmitted Tooth Load on the Dynamic Increment Load
- Dynamic Behavior of Planetary Gear : 2nd Report, Displacement of Sun Gear and Ring Gear
- Dynamic Behavior of Planetary Gear : 3rd Report, Displacement of Ring Gear in Direction of Line of Action