Citas bibligráficas
Llatas, J., (2024). Análisis del comportamiento mecánico en adoquines de concreto f’c = 420 kg/cm2 adicionando nanoplaquetas de grafeno y aserrín para pavimento articulado de alto tránsito [Universidad Católica Santo Toribio de Mogrovejo]. http://hdl.handle.net/20.500.12423/7294
Llatas, J., Análisis del comportamiento mecánico en adoquines de concreto f’c = 420 kg/cm2 adicionando nanoplaquetas de grafeno y aserrín para pavimento articulado de alto tránsito []. PE: Universidad Católica Santo Toribio de Mogrovejo; 2024. http://hdl.handle.net/20.500.12423/7294
@misc{renati/583684,
title = "Análisis del comportamiento mecánico en adoquines de concreto f’c = 420 kg/cm2 adicionando nanoplaquetas de grafeno y aserrín para pavimento articulado de alto tránsito",
author = "Llatas Rafael, Josue Paul",
publisher = "Universidad Católica Santo Toribio de Mogrovejo",
year = "2024"
}
The present research project consists of the addition of two substances such as graphene nanoplatelet (NPG) and sawdust to concrete for the manufacture of high traffic pavers to subsequently verify their resistance to compression, bending and abrasive wear. A total of 135 concrete pavers with a strength of f'c = 420 kg/cm2 were manufactured. Four groups of 27 pavers were formed with different combinations of 0.05% NPG - 1.0% A, 0.05% NPG - 1.5% A, 0.10% NPG - 1.0% A, and 0.10% NPG - 1.5% A; these substances were first subjected to preliminary analyses such as chemical analysis of sawdust and dispersion of graphene nanoplatelet and then added to the mix. The results showed high strength in the combination of 0.05% NPG - 1.0% A and 0.05% NPG - 1.5% A, higher than that of the standard paver by 9.58% and 3.73%, respectively. In terms of flexural strength, the best results were obtained with the 0.05% NPG - 1.5% A combination, which complies with the standard. In the abrasion wear resistance test, it is variable due to various factors such as aggregate, additions and/or cracking of the paver surface.
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