A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Prospects for the Use of Zeolite in Multicomponent Fine-Grained Concretes
The article provides a review of scientific literature and experimental data on the use of zeolites in construction, namely on the use of this mineral as an active mineral additive in concrete. Based on the data obtained by experimental methods, a conclusion was made about the effectiveness of the use of zeolite for multicomponent fine-grained concretes used in concrete 3D printing. The increase in the strength of samples with different content of zeolite, which replaces part of the cement, at the age of 7 and 28 days was determined. The best performance was determined for samples with 5–15% zeolite content. The data on the setting time of the concrete mixture are given. For compositions with 5–15% zeolite, the setting time is reduced by 1–1 h 20 min compared to the control composition, and the time interval until the end of setting can be optimized by choosing the zeolite concentration for a certain portion of the 3D printer “ink”. The conclusion is made about the effectiveness of the use of zeolite in building 3D printing.
Prospects for the Use of Zeolite in Multicomponent Fine-Grained Concretes
The article provides a review of scientific literature and experimental data on the use of zeolites in construction, namely on the use of this mineral as an active mineral additive in concrete. Based on the data obtained by experimental methods, a conclusion was made about the effectiveness of the use of zeolite for multicomponent fine-grained concretes used in concrete 3D printing. The increase in the strength of samples with different content of zeolite, which replaces part of the cement, at the age of 7 and 28 days was determined. The best performance was determined for samples with 5–15% zeolite content. The data on the setting time of the concrete mixture are given. For compositions with 5–15% zeolite, the setting time is reduced by 1–1 h 20 min compared to the control composition, and the time interval until the end of setting can be optimized by choosing the zeolite concentration for a certain portion of the 3D printer “ink”. The conclusion is made about the effectiveness of the use of zeolite in building 3D printing.
Prospects for the Use of Zeolite in Multicomponent Fine-Grained Concretes
Lecture Notes in Civil Engineering
Akimov, Pavel (editor) / Vatin, Nikolai (editor) / Tusnin, Aleksandr (editor) / Doroshenko, Anna (editor) / Puzatova, Anastasiia (author) / Dmitrieva, Maria (author) / Leitsin, Vladimir (author) / Panfilova, Alina (author) / Shinyaeva, Maria (author)
2022-09-03
8 pages
Article/Chapter (Book)
Electronic Resource
English
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