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Stresses generated in expansive reactions of cementitious systems

Subauste, J.C. / Odler, I.

The authors built an experimental assembly that enabled to measure the expansive stresses generated in cementitious systems in the course of hydration. The assembly was used to measure stresses generated in the hydration of pastes consisting of tricalcium silicate, acting as the cementitious matrix, and gypsum, in combination with CA, C₃A, C₄A₃s, C₄AsH₁₂2 (AFm) and Al₂(SO₄)3 dot 18H₂O, acting as the expansive component. Also measured were stresses generated in the hydration of hard-burnt CaO combined with tricalcium silicate.

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Stresses generated in expansive reactions of cementitious systems

Subauste, J.C. / Odler, I.

The authors built an experimental assembly that enabled to measure the expansive stresses generated in cementitious systems in the course of hydration. The assembly was used to measure stresses generated in the hydration of pastes consisting of tricalcium silicate, acting as the cementitious matrix, and gypsum, in combination with CA, C₃A, C₄A₃s, C₄AsH₁₂2 (AFm) and Al₂(SO₄)3 dot 18H₂O, acting as the expansive component. Also measured were stresses generated in the hydration of hard-burnt CaO combined with tricalcium silicate.

Stresses generated in expansive reactions of cementitious systems

Subauste, J.C. / Odler, I.

The authors built an experimental assembly that enabled to measure the expansive stresses generated in cementitious systems in the course of hydration. The assembly was used to measure stresses generated in the hydration of pastes consisting of tricalcium silicate, acting as the cementitious matrix, and gypsum, in combination with CA, C₃A, C₄A₃s, C₄AsH₁₂2 (AFm) and Al₂(SO₄)3 dot 18H₂O, acting as the expansive component. Also measured were stresses generated in the hydration of hard-burnt CaO combined with tricalcium silicate.

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Titel:

Stresses generated in expansive reactions of cementitious systems

Beteiligte:

Subauste, J.C. (Autor:in) / Odler, I. (Autor:in)

Erschienen in:

Cement and Concrete Research ; 32 ; 117-122

Erscheinungsdatum:

2002

Format / Umfang:

6 Seiten, 5 Quellen

ISSN:

DOI:

https://doi.org/10.1016/S0008-8846(01)00638-X

Medientyp:

Aufsatz (Zeitschrift)

Format:

Print

Sprache:

Englisch

Schlagwörter:

Gips , Hydratisieren , Kalk , Tricalciumsilicat , Tricalciumaluminat , Calciumaluminat , Calciumaluminatsulfathydrat , Dehnungsprüfung , Expansion , Zementpaste

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