Description of Al-Si10-Mg1 alloys by advanced thermal analysis based on their known chemical compositions

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URI: https://hdl.handle.net/11556/2089
ISBN: 9781510833128
Publication date
2016
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The WFO (The World Foundry Organization Ltd)
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Abstract
Thermal analysis is a quality control tool in aluminium casting plants. The cooling curve and its derivatives analysis offer parameters that can be used in simulation software programs to improve simulation accuracy and to control the metallurgical quality of cast parts. This paper shows the calculation of thermo-physical, solidification and precipitated phases characteristics of AlSi10Mg1 cast aluminium alloy. Minor alloying elements are included, comparing the results with the results obtained by using other methods as the Silicon Equivalent (SiEQ), showing a very good correlation with the different developed formula.
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Publisher Copyright: © 2016, The WFO (The World Foundry Organization Ltd). All rights reserved.
Keywords
Aluminium-Silicon alloys , Silicon equivalent , Thermal analysis , Materials Chemistry , Metals and Alloys
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conference output
Citation
Vicario , I , Djurdjevic , M B , Huber , G , Villanueva , E & Meléndez , A 2016 , Description of Al-Si10-Mg1 alloys by advanced thermal analysis based on their known chemical compositions . in 72nd World Foundry Congress, WFC 2016 . 72nd World Foundry Congress, WFC 2016 , The WFO (The World Foundry Organization Ltd) , pp. 80-81 , 72nd World Foundry Congress, WFC 2016 , Nagoya , Japan , 21/05/16 .
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