Some Methods to Reduce Noise in Toothed Belt Drives
スポンサーリンク
概要
- 論文の詳細を見る
The noise level of toothed belt drives is affected by the interference of belt and pulley teeth at the point where meshing on the driving pulley begins. A preferable amount of interference can be obtained by a suitable selection of the pitch difference between belt and pulley. The smaller the radius of the rounded tip corners of the pulley teeth, the lower the noise of the belt. Vibration due to the impact of the belt and pulley teeth at the point where meshing begins is almost never transmitted to the pulley.
- 一般社団法人日本機械学会の論文
著者
-
Ando Toshiaki
Faculty Of Engineering. Kyoto University.
-
Aida Toshio
Osaka Industrial University
-
KAGOTANI Masanori
Osaka Industrial University
-
KOYAMA Tomio
Osaka Institute of Technology
-
SATO Susumu
Kyoto University
-
HOSHIRO Takeshi
Mitsuboshi Belting Ltd.
-
HOSHIRO Takeshi
Eng. div., Mitsuboshi Belting Ltd.
-
Kagotani Masanori
Department Of Mechanical Engineering Osaka Sangyo University
-
Hoshino Takeshi
Mitsuboshi Belt. Co. Ltd.
-
KOYAMA Tomio
Department of Mechanical Engineering, Osaka Institute of Technology
関連論文
- A Study on Transmission Characteristics of Toothed Belt Drives : 5th Report, Relative Shifting between Belt and Pulley in Normal and Reverse Revolutions under a State of Initial Tension
- A Study on Transmission Characteristics of Toothed Belt Drives : 4th report, Transmission Error at Normal and Reverse Revolution under a State of Initial Tension
- Load Distribution on Toothed Belt Drives under a State of Initial Tension
- A Study on Transmission Characteristics of Toothed Belt Drives : 3rd report, Transmission Error under a State of Applied Initial Tension, Experimental Results
- A Study on Transmission Characteristics of Toothed Belt Drives : 2nd report, Transmission Error under a State of Applied Initial Tension, Theoretical Analysis
- A Study on Transmission Characteristics of Toothed Belt Drives : 1st report, Effect of Initial Tension on Tight side and Slack Side Tensions
- Some Methods to Reduce Noise in Toothed Belt Drives
- A Study on Strength of Toothed Belt : 6th report, Behavior of Belt and Pulley Tooth at Incomplete Meshing Region
- A Study on Strength of Toothed Belt : 5th Report, Effect of Pitch Difference on Fatigue Strength of Toothed Belt
- A Study on Strength of Toothed Belt : 4th Report, Load Distribution in Case of Considering Incomplete Meshing
- A Study on Strength of Toothed Belt : 3rd Report, Fatigue Strength and Features of Fracture
- On the Running Noise of Toothed Belt Drive : 2nd Report, Influence of Running Condition and Some Noise Reduction Methods
- On the Running Noise of Toothed Belt Drive : 1st Report, Mechanism of Noise Generation
- A Study on Strength of Toothed Belt : 7th report, Wear of Polyurethane Belt under No Load
- A Study on Strength of Toothed Belt : 2nd Report, Influence of Pitch Difference on Load Distribution
- BCD-20 INFLUENCE OF IDLER ON TRANSMISSION ERROR IN SYNCHRONOUS BELT DRIVES : UNDER TRANSMISSION FORCE(BELT AND CHAIN DRIVES)
- BCD-12 NOISE GENERATION MECHANISM OF A DRY HYBRID BELT(BELT AND CHAIN DRIVES)