Experimental Study about the Influence of Storage Conditions of Bulk Cement on the Early-Age Stiffness Evolution of Cementitious Pastes
The effects of uncontrolled storage and curing temperature on the early-age mechanical behavior of cement are under-investigated issues, and the few available studies in the literature analyze their influence mainly from a chemical-physical point of view. The present study, on the contrary, aims at...
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MDPI AG
2023-10-01
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Online Access: | https://www.mdpi.com/2076-3417/13/21/11734 |
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author | Luigi Cieri Paolino Cassese Giovanni Fabbrocino Antonio Occhiuzzi Carlo Rainieri |
author_facet | Luigi Cieri Paolino Cassese Giovanni Fabbrocino Antonio Occhiuzzi Carlo Rainieri |
author_sort | Luigi Cieri |
collection | DOAJ |
description | The effects of uncontrolled storage and curing temperature on the early-age mechanical behavior of cement are under-investigated issues, and the few available studies in the literature analyze their influence mainly from a chemical-physical point of view. The present study, on the contrary, aims at studying the effects of temperature and, above all, cement prehydration due to uncontrolled storage from a phenomenological perspective through the application of the EMM-ARM method. In particular, the influence of those factors on the early-age evolution of the Young’s modulus of cement pastes produced from Portland as well as pozzolanic cement is experimentally assessed. The obtained results confirm the possibility of exploiting the EMM-ARM method to characterize those effects on a phenomenological basis, sorting back to the comparison of the curves of prehydrated cement with reference ones in controlled storage conditions. As a result, the methodology shows promising applicative perspectives for acceptance checks of the materials before use. |
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spelling | doaj.art-0e71d6987ea74d29b6ce34b465325dfa2023-11-10T14:58:33ZengMDPI AGApplied Sciences2076-34172023-10-0113211173410.3390/app132111734Experimental Study about the Influence of Storage Conditions of Bulk Cement on the Early-Age Stiffness Evolution of Cementitious PastesLuigi Cieri0Paolino Cassese1Giovanni Fabbrocino2Antonio Occhiuzzi3Carlo Rainieri4Construction Technologies Institute (ITC), Italian National Research Council (CNR), 80146 Naples, ItalyConstruction Technologies Institute (ITC), Italian National Research Council (CNR), 80146 Naples, ItalyDepartment of Biosciences and Territory, University of Molise, 86100 Campobasso, ItalyConstruction Technologies Institute (ITC), Italian National Research Council (CNR), 80146 Naples, ItalyConstruction Technologies Institute (ITC), Italian National Research Council (CNR), 80146 Naples, ItalyThe effects of uncontrolled storage and curing temperature on the early-age mechanical behavior of cement are under-investigated issues, and the few available studies in the literature analyze their influence mainly from a chemical-physical point of view. The present study, on the contrary, aims at studying the effects of temperature and, above all, cement prehydration due to uncontrolled storage from a phenomenological perspective through the application of the EMM-ARM method. In particular, the influence of those factors on the early-age evolution of the Young’s modulus of cement pastes produced from Portland as well as pozzolanic cement is experimentally assessed. The obtained results confirm the possibility of exploiting the EMM-ARM method to characterize those effects on a phenomenological basis, sorting back to the comparison of the curves of prehydrated cement with reference ones in controlled storage conditions. As a result, the methodology shows promising applicative perspectives for acceptance checks of the materials before use.https://www.mdpi.com/2076-3417/13/21/11734cement pastepozzolanic cementPortland cementearly-age elastic modulusstorage conditionsEMM-ARM |
spellingShingle | Luigi Cieri Paolino Cassese Giovanni Fabbrocino Antonio Occhiuzzi Carlo Rainieri Experimental Study about the Influence of Storage Conditions of Bulk Cement on the Early-Age Stiffness Evolution of Cementitious Pastes Applied Sciences cement paste pozzolanic cement Portland cement early-age elastic modulus storage conditions EMM-ARM |
title | Experimental Study about the Influence of Storage Conditions of Bulk Cement on the Early-Age Stiffness Evolution of Cementitious Pastes |
title_full | Experimental Study about the Influence of Storage Conditions of Bulk Cement on the Early-Age Stiffness Evolution of Cementitious Pastes |
title_fullStr | Experimental Study about the Influence of Storage Conditions of Bulk Cement on the Early-Age Stiffness Evolution of Cementitious Pastes |
title_full_unstemmed | Experimental Study about the Influence of Storage Conditions of Bulk Cement on the Early-Age Stiffness Evolution of Cementitious Pastes |
title_short | Experimental Study about the Influence of Storage Conditions of Bulk Cement on the Early-Age Stiffness Evolution of Cementitious Pastes |
title_sort | experimental study about the influence of storage conditions of bulk cement on the early age stiffness evolution of cementitious pastes |
topic | cement paste pozzolanic cement Portland cement early-age elastic modulus storage conditions EMM-ARM |
url | https://www.mdpi.com/2076-3417/13/21/11734 |
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