Increasing the CO2 sequestration and mechanical performance of reactive magnesium oxide cement
This paper presents the relationship between the crack width formed in MgO cement and the type of hydrated magnesia cement(HMC) formed. These crack widths were created using sandpaper and G-clamps. There were four range of crack widths used to evaluate this relationship, namely: less than 50um...
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sg-ntu-dr.10356-758042023-03-03T17:16:14Z Increasing the CO2 sequestration and mechanical performance of reactive magnesium oxide cement Misti, Sumirati Cise Unluer School of Civil and Environmental Engineering DRNTU::Engineering::Civil engineering This paper presents the relationship between the crack width formed in MgO cement and the type of hydrated magnesia cement(HMC) formed. These crack widths were created using sandpaper and G-clamps. There were four range of crack widths used to evaluate this relationship, namely: less than 50um, 50-100um,100-150um and more than 200um. Upon having the precipitated HMCs, chemical analysis of the HMCs is done using SEM, EDX and TGA analysis to determine the morphology as well as the chemical composition of these HMCs microstructures. In addition, the carbonation depth within each crack width sample is also evaluated to determine the effectiveness of the carbonation process within each crack width. Bachelor of Engineering (Civil) 2018-06-17T13:10:15Z 2018-06-17T13:10:15Z 2018 Final Year Project (FYP) http://hdl.handle.net/10356/75804 en Nanyang Technological University 29 p. application/pdf |
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DRNTU::Engineering::Civil engineering Misti, Sumirati Increasing the CO2 sequestration and mechanical performance of reactive magnesium oxide cement |
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This paper presents the relationship between the crack width formed in MgO cement and the
type of hydrated magnesia cement(HMC) formed. These crack widths were created using
sandpaper and G-clamps. There were four range of crack widths used to evaluate this
relationship, namely: less than 50um, 50-100um,100-150um and more than 200um.
Upon having the precipitated HMCs, chemical analysis of the HMCs is done using SEM, EDX
and TGA analysis to determine the morphology as well as the chemical composition of these
HMCs microstructures. In addition, the carbonation depth within each crack width sample is
also evaluated to determine the effectiveness of the carbonation process within each crack width. |
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Cise Unluer |
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Cise Unluer Misti, Sumirati |
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Final Year Project |
author |
Misti, Sumirati |
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Misti, Sumirati |
title |
Increasing the CO2 sequestration and mechanical performance of reactive magnesium oxide cement |
title_short |
Increasing the CO2 sequestration and mechanical performance of reactive magnesium oxide cement |
title_full |
Increasing the CO2 sequestration and mechanical performance of reactive magnesium oxide cement |
title_fullStr |
Increasing the CO2 sequestration and mechanical performance of reactive magnesium oxide cement |
title_full_unstemmed |
Increasing the CO2 sequestration and mechanical performance of reactive magnesium oxide cement |
title_sort |
increasing the co2 sequestration and mechanical performance of reactive magnesium oxide cement |
publishDate |
2018 |
url |
http://hdl.handle.net/10356/75804 |
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1759855547428896768 |