KOYAMA Tomio | Osaka Institute of Technology
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概要
関連著者
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KOYAMA Tomio
Osaka Institute of Technology
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KAGOTANI Masanori
Osaka Industrial University
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HOSHIRO Takeshi
Mitsuboshi Belting Ltd.
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Kagotani Masanori
Department Of Mechanical Engineering Osaka Sangyo University
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Hoshino Takeshi
Mitsuboshi Belt. Co. Ltd.
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KOYAMA Tomio
Department of Mechanical Engineering, Osaka Institute of Technology
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SATO Susumu
Kyoto University
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Ando Toshiaki
Faculty Of Engineering. Kyoto University.
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Aida Toshio
Osaka Industrial University
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SHIBATA Toshinobu
Kyoto University
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Ueda Hiroyuki
Osaka Shin-ai College
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HOSHIRO Takeshi
General Technical Manager, Mitsuboshi Belting Ltd.
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HOSHIRO Takeshi
Eng. div., Mitsuboshi Belting Ltd.
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Ueda Hiroyuki
Department Of Mechanical Engineering Osaka Sangyo University
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Ueda Hiroyuki
Osaka Shin-ai Coilege
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Zhang Weiming
Osaka Institute Of Technology
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HOSHINO Takeshi
Mitsuboshi Belt. Co.,Ltd.
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Takahashi Mitsuhiko
BANDO Chemical Industry Ltd.
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Nonaka Keizo
Bando Chemical Industries Ltd.
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NAKASHIMA Eijiro
Bando Chemical Industries, LTD.
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Nakashima Eijiro
Bando Chemical Industries Ltd.
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Takahashi Mitsuhiko
Bando Chemical Industries Ltd.
著作論文
- 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 : 3rd Report, Fatigue Strength and Features of Fracture
- 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-12 NOISE GENERATION MECHANISM OF A DRY HYBRID BELT(BELT AND CHAIN DRIVES)