Combined Effects of Copper and Tin at Intermediate Level of Manganese on the Structure and Properties of As-Cast Nodular Graphite Cast Iron

Copper, manganese and tin are commonly used as pearlite promoter elements in cast irons. A number of studies have been aimed at quantitatively evaluate the effect of each of these elements, individually or at given levels of the others. As a matter of fact, while tin may be necessary for achieving a...

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Main Authors:	Lacaze J., Sertucha J., Larrañaga P., Suárez R.
Format:	Article
Language:	English
Published:	Polish Academy of Sciences 2017-06-01
Series:	Archives of Metallurgy and Materials
Subjects:	pearlitic nodular cast irons copper manganese tin room temperature mechanical properties
Online Access:	http://www.degruyter.com/view/j/amm.2017.62.issue-2/amm-2017-0122/amm-2017-0122.xml?format=INT

id	doaj-7151467f45f34caaaea6d08ba7ebc579
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spelling	doaj-7151467f45f34caaaea6d08ba7ebc5792020-11-25T03:06:46ZengPolish Academy of SciencesArchives of Metallurgy and Materials2300-19092017-06-0162282583110.1515/amm-2017-0122amm-2017-0122Combined Effects of Copper and Tin at Intermediate Level of Manganese on the Structure and Properties of As-Cast Nodular Graphite Cast IronLacaze J.0Sertucha J.1Larrañaga P.2Suárez R.3Cirimat, Université de Toulouse, Toulouse, FranceEngineering and Foundry Department, IK4-Azterlan, Durango (Bizkaia), SpainEngineering and Foundry Department, IK4-Azterlan, Durango (Bizkaia), SpainEngineering and Foundry Department, IK4-Azterlan, Durango (Bizkaia), SpainCopper, manganese and tin are commonly used as pearlite promoter elements in cast irons. A number of studies have been aimed at quantitatively evaluate the effect of each of these elements, individually or at given levels of the others. As a matter of fact, while tin may be necessary for achieving a fully pearlitic matrix, it is known that when in excess it is detrimental for mechanical properties. As the pearlite promoting effect of each of those elements is totally different, it is of real interest to know the optimum combination of them for a given cooling rate. The present report is a first part of a work dedicated at characterizing the best alloying levels in terms of room temperature mechanical properties of as-cast pearlitic materials.http://www.degruyter.com/view/j/amm.2017.62.issue-2/amm-2017-0122/amm-2017-0122.xml?format=INTpearlitic nodular cast ironscoppermanganesetinroom temperature mechanical properties
collection	DOAJ
language	English
format	Article
sources	DOAJ
author	Lacaze J. Sertucha J. Larrañaga P. Suárez R.
spellingShingle	Lacaze J. Sertucha J. Larrañaga P. Suárez R. Combined Effects of Copper and Tin at Intermediate Level of Manganese on the Structure and Properties of As-Cast Nodular Graphite Cast Iron Archives of Metallurgy and Materials pearlitic nodular cast irons copper manganese tin room temperature mechanical properties
author_facet	Lacaze J. Sertucha J. Larrañaga P. Suárez R.
author_sort	Lacaze J.
title	Combined Effects of Copper and Tin at Intermediate Level of Manganese on the Structure and Properties of As-Cast Nodular Graphite Cast Iron
title_short	Combined Effects of Copper and Tin at Intermediate Level of Manganese on the Structure and Properties of As-Cast Nodular Graphite Cast Iron
title_full	Combined Effects of Copper and Tin at Intermediate Level of Manganese on the Structure and Properties of As-Cast Nodular Graphite Cast Iron
title_fullStr	Combined Effects of Copper and Tin at Intermediate Level of Manganese on the Structure and Properties of As-Cast Nodular Graphite Cast Iron
title_full_unstemmed	Combined Effects of Copper and Tin at Intermediate Level of Manganese on the Structure and Properties of As-Cast Nodular Graphite Cast Iron
title_sort	combined effects of copper and tin at intermediate level of manganese on the structure and properties of as-cast nodular graphite cast iron
publisher	Polish Academy of Sciences
series	Archives of Metallurgy and Materials
issn	2300-1909
publishDate	2017-06-01
description	Copper, manganese and tin are commonly used as pearlite promoter elements in cast irons. A number of studies have been aimed at quantitatively evaluate the effect of each of these elements, individually or at given levels of the others. As a matter of fact, while tin may be necessary for achieving a fully pearlitic matrix, it is known that when in excess it is detrimental for mechanical properties. As the pearlite promoting effect of each of those elements is totally different, it is of real interest to know the optimum combination of them for a given cooling rate. The present report is a first part of a work dedicated at characterizing the best alloying levels in terms of room temperature mechanical properties of as-cast pearlitic materials.
topic	pearlitic nodular cast irons copper manganese tin room temperature mechanical properties
url	http://www.degruyter.com/view/j/amm.2017.62.issue-2/amm-2017-0122/amm-2017-0122.xml?format=INT
work_keys_str_mv	AT lacazej combinedeffectsofcopperandtinatintermediatelevelofmanganeseonthestructureandpropertiesofascastnodulargraphitecastiron AT sertuchaj combinedeffectsofcopperandtinatintermediatelevelofmanganeseonthestructureandpropertiesofascastnodulargraphitecastiron AT larranagap combinedeffectsofcopperandtinatintermediatelevelofmanganeseonthestructureandpropertiesofascastnodulargraphitecastiron AT suarezr combinedeffectsofcopperandtinatintermediatelevelofmanganeseonthestructureandpropertiesofascastnodulargraphitecastiron
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Combined Effects of Copper and Tin at Intermediate Level of Manganese on the Structure and Properties of As-Cast Nodular Graphite Cast Iron

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