A Study on Strength Design Methods of Plastic Gears : 1st Report, Calculation Method of Fatigue Strength Due to Strain Energy : Series C : Vibration Control Engineering Engineering for Industry
スポンサーリンク
概要
著者
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TSUKAMOTO Naohisa
Chiba Institute of Technology
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Nishida Noriteru
Department Of Mechanical Engineering Nagasaki University
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TAKI Tokihiko
Ishikawajima-Harima Heavy Industrial Co., Ltd.
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Tsukamoto Naohisa
Department Of Mechanical Engineering Chiba Institute Of Technology
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Taki Tokihiko
Ishikawajima-harima Heavy Industrial Co. Ltd.
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NISHIDA Noriteru
Nagasaki University
関連論文
- Investigation about the Strength of Plastic Gears : 5th Report; Abrasion of Nylon Gear due to the Difference in Materials of Mating Gears.
- A Profile Calculation Method for Form Grinding Wheels -Theoretical Analysis of Error Transmission and its Application-
- PG-4 A STUDY ON NOISE AND VIBRATION OF PLASTIC GEARS FOR POWER TRANSMISSION(PLASTIC GEARS)
- Development of Plastic Gear for Power Transmission : Abnormal Wear on the Tooth Root and Tooth Fracture near Pitch Point
- Development of Plastic Gears for Power Transmission : Design on Load-Carrying Capacity
- Development of Plastic Gear for Power Transmission : Economical Methods for Increasing Load-carrying Capacity
- A Study on Strength Design Methods for Plastic Gears : Estimation of Operation Life of Plastic Gears Elevated-Temperature Environment
- DEVELOPMENT OF PLASTIC GEARS FOR POWER TRANSMISSION : Power Transmission Mechanism of Plastic Gears
- A Study on Strength Design Methods of Plastic Gears : 1st Report, Calculation Method of Fatigue Strength Due to Strain Energy : Series C : Vibration Control Engineering Engineering for Industry
- Investigation about the Strength of Plastic Gears : 6th Report, Endurance Limit and Damage State of Nylon Gear for Power Transmission
- Investigation about Load Capacity of Nylon Gears, when Tooth Surface Finishing of Mating Steel Gears is different : 2nd Report; Abrasion of Nylon Gear Meshing with Ground Steel Gear
- Investigation about the Prevention of Tooth Profile Change of Plastic Gears (4th Report, Preventing in Tooth Profile Change by Plastic Gear Made from Low Friction Coefficient Materials) : Series C : Vibration, Control Engineering, Engineering for Industry