The Fitting Strength between Ceramic and Metal with the Use of a Bimetal Shrink Fitter at Elevated Temperature
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概要
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The shrink fit between a ceramic shaft and a metal ring with the use of a bimetal shrink fitter has been developed in this paper. The fitting strengths of the shrink-fitted assemblies were measured from room temperature to 600℃. The contact pressures between the shafts and the shrink fitters of bimetal were also calculated. The ceramic shaft was Al_20_3 or Si_3N_4. The shrink fitter was a bimetal of SUS304 and SUS403. The outer ring was SUS403. It was shown from the calculations that the shrink-fitted assembly using the bimetal shrink fitter was somewhat weaker than that using the monolithic SUS304 shrink fitter when the thickness of the shrink fitter in the radial direction was over 6 mm. The shrink-fitted assembly using the bimetal shrink fitter was approximately 3MPa stronger than that using the monolithic SUS304 shrink fitter at 600℃ when the thickness of the shrink fitter in the radial direction was 4 mm. The fitting conditions under which the shrink-fitted assembly using the bimetal shrink fitter was stronger than that using the monolithic SUS304 shrink fitter were discussed.
- 一般社団法人日本機械学会の論文
- 1991-04-15
著者
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Hara Toshiaki
Mechanical Engineering Faculty Of Engineering Niigata University
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Nitta I
Niigata Univ. Niigata Jpn
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Nitta Isami
Mechanical Engineering Faculty Of Engineering Niigata University
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NAKASHIZUKA Katsumi
Mechanical Engineering, Faculty of Engineering, Niigata University
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Nakashizuka Katsumi
Mechanical Engineering Faculty Of Engineering Niigata University
関連論文
- The Fitting Strength between Ceramic and Metal with the Use of a Bimetal Shrink Fitter at Elevated Temperature
- Shrink Fit between a Ceramic and a Metal Element Using a Hybrid Shrink Fitter : Measurements of Fitting Strengths
- Study of the Fitting Strength Between Ceramic and Metal Elements with the Use of a Shrink Fitter at Elevated Temperature : Proposal of the Shrink-Fit Method with the Use of a Shrink Fitter and Experimental Results
- Measurements of Distributions of Contact Pressures between Ground Surfaces Using PET Films