Effect of roll speed and ejection pressure on the surface characteristics of Al-12mass%Si alloy foil rapidly solidified by single roll method
The geometric uniformity on the surface of foils rapidly solidified depends on the roll speed and ejection pressure. The wetting pattern irregularity was fabricated on the roll contact side of foil when the roll speed was low, and that irregularity was eliminated when the roll speed was high. The we...
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Published in | Journal of Japan Institute of Light Metals Vol. 40; no. 4; pp. 259 - 264 |
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Main Authors | , |
Format | Journal Article |
Language | English Japanese |
Published |
The Japan Institute of Light Metals
1990
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Subjects | |
Online Access | Get full text |
ISSN | 0451-5994 1880-8018 1880-8018 |
DOI | 10.2464/jilm.40.259 |
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Abstract | The geometric uniformity on the surface of foils rapidly solidified depends on the roll speed and ejection pressure. The wetting pattern irregularity was fabricated on the roll contact side of foil when the roll speed was low, and that irregularity was eliminated when the roll speed was high. The wetting pattern on the roll contact side surface was consist of the uncontact area and directly contacting area. The uncontact part in the wetting pattern was reduced in size by increasing the roll speed and ejection pressure. The percentage of contact area where the foil contacted to the roll was 70-80% and the contact area increased when the roll speed and ejection pressure increased. The roughness of rotating direction of the roll contact side surface was smaller than that of the lateral direction. The roughness of roll contact side surface decreased with increasing of the roll speed and ejection pressure. |
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AbstractList | The geometric uniformity on the surface of foils rapidly solidified depends on the roll speed and ejection pressure. The wetting pattern irregularity was fabricated on the roll contact side of foil when the roll speed was low, and that irregularity was eliminated when the roll speed was high. The wetting pattern on the roll contact side surface was consist of the uncontact area and directly contacting area. The uncontact part in the wetting pattern was reduced in size by increasing the roll speed and ejection pressure. The percentage of contact area where the foil contacted to the roll was 70-80% and the contact area increased when the roll speed and ejection pressure increased. The roughness of rotating direction of the roll contact side surface was smaller than that of the lateral direction. The roughness of roll contact side surface decreased with increasing of the roll speed and ejection pressure. |
Author | MOTOMURA, Mitsugu HAGA, Toshio |
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References | 8) 本村 貢, 羽賀俊雄: 軽金属学会第76回春期大会講演概要集. 7) 本村 貢, 羽賀俊雄: 軽金属学会第74回春期大会講演概要集. 9) Kunimasa Takeshita and Paul Hideo Shingu: The Japan Inst. Metal, 6 (1986), 454. 3) 本村 貢, 羽賀俊雄: 軽金属, 39 (1989), 190. 1) 本村 貢, 羽賀俊雄: 軽金属, 38 (1988), 528. 4) S. C. Huang and H. C. Fiedler: Met. Trans., 12A (1981), 1107. 6) 本村 貢, 羽賀俊雄: 軽金属学会第72回春期大会講演概要集. 2) 本村 貢, 羽賀俊雄: 軽金属, 38 (1988), 534. 5) M. Matuura, K. Suzuki, M. Kikuchi and M. Yagi: Japan J. Appl. Phys., 19 (1980), 1781. |
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Snippet | The geometric uniformity on the surface of foils rapidly solidified depends on the roll speed and ejection pressure. The wetting pattern irregularity was... |
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SubjectTerms | contact area foil rapid solidification roughness single roll method |
Title | Effect of roll speed and ejection pressure on the surface characteristics of Al-12mass%Si alloy foil rapidly solidified by single roll method |
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