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Basic creep of hardened cement paste. A re-examination of the role of water
A re-examination of the role which water plays in the creep process of hardened cement paste (hcp) was made using a differential thermogravimetric technique. Prior to creep experiments in a controlled humidity chamber, very thin specimens of cement paste (<1 mm) were subjected to various drying regimes including exchange of water with organic solvents for 48 h followed by a gentle drying procedure. Cement paste specimens with or without evaporable water will exhibit significant creep suggesting a mechanism involving microsliding between C-S-H sheets.
Basic creep of hardened cement paste. A re-examination of the role of water
A re-examination of the role which water plays in the creep process of hardened cement paste (hcp) was made using a differential thermogravimetric technique. Prior to creep experiments in a controlled humidity chamber, very thin specimens of cement paste (<1 mm) were subjected to various drying regimes including exchange of water with organic solvents for 48 h followed by a gentle drying procedure. Cement paste specimens with or without evaporable water will exhibit significant creep suggesting a mechanism involving microsliding between C-S-H sheets.
Basic creep of hardened cement paste. A re-examination of the role of water
Tamtsia, B.T. (author) / Beaudoin, J.J. (author)
Cement and Concrete Research ; 30 ; 1465-1475
2000
11 Seiten, 28 Quellen
Article (Journal)
English
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