Study of the processes of shaping the hollow billets from antifriction alloys by the centrifugal and continuous casting methods

The focus of this work is a comparative analysis of the mechanisms of shaping of the hollow billets, which affect the yield of the centrifugal and continuous casting of БрО8Н4Ц2 (Cu 8% Sn 4% Ni 2% Zn) - and БрО5Ц5С5 (Cu 5% Sn 5% Zn 5% Pb) - type bronzes. As revealed, the action of centrifugal forces...

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Published in:Успехи физики металлов
Date:2019
Main Authors: Khoroshylov, O.M., Kurylyak, V.V., Podolyak, O.S., Antonenko, N.S.
Format: Article
Language:English
Published: Інститут металофізики ім. Г.В. Курдюмова НАН України 2019
Online Access:https://nasplib.isofts.kiev.ua/handle/123456789/167930
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Journal Title:Digital Library of Periodicals of National Academy of Sciences of Ukraine
Cite this:Study of the processes of shaping the hollow billets from antifriction alloys by the centrifugal and continuous casting methods / O.M. Khoroshylov, V.V. Kurylyak, O.S. Podolyak, N.S. Antonenko // Progress in Physics of Metals. — 2019. — Vol. 20, No 3. — P. 367-395. — Bibliog.: 31 titles. — eng.

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Digital Library of Periodicals of National Academy of Sciences of Ukraine
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Summary:The focus of this work is a comparative analysis of the mechanisms of shaping of the hollow billets, which affect the yield of the centrifugal and continuous casting of БрО8Н4Ц2 (Cu 8% Sn 4% Ni 2% Zn) - and БрО5Ц5С5 (Cu 5% Sn 5% Zn 5% Pb) - type bronzes. As revealed, the action of centrifugal forces causes the segregation of chemical elements of the alloys, depending on their density. Цілеспрямованістю роботи є порівняльний аналіз механізмів формування порожнистих заготівок, що впливають на вихід придатного відцентрового та безперервного лиття бронзи марок БрО8Н4Ц2 (Cu 8% Sn 4% Ni 2% Zn) і БрО5Ц5С5 (Cu 5% Sn 5% Zn 5% Pb). Целенаправленностью работы является сравнительный анализ механизмов формования полых заготовок, влияющих на выход годного центробежного и непрерывного литья бронзы марок БрО8Н4Ц2 (Cu 8% Sn 4% Ni 2% Zn) и БрО5Ц5С5 (Cu 5% Sn 5% Zn 5% Pb).
ISSN:1608-1021