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Evaluation of the rheological behavior of cement-based material with the addition of carbon nanotubes: a Systematic Literature Review (RSL) - part 1
DOI:
https://doi.org/10.5216/reec.v19i1.76626Keywords:
Rheology, Yield Strength, Shear rate, Cement-based material, Carbon nanotubeAbstract
ABSTRACT: The rheology of concrete affects its mixing, handling, transport, pumping, molding, compaction, finishing, and surface quality after hardening. The incorporation of nanomaterials in cementitious composites, such as carbon nanotubes (NTC), can influence the fresh state parameters. However, there are still few works and a wide range of results involving rheological parameters of cementitious matrices reinforced with NTC. This paper aims to survey the main rheological parameters of cementitious matrices incorporated with NTC through a systematic review of the literature (Part 1). The bibliometric data were presented in Part 2. Understanding how the different components and additives interact and influence the rheological behavior allows the creation of matrices with advanced properties. Many studies have shown that the yield stress and viscosity of cementitious composites with NTC showed a linear trend in the first hour of hydration. Also, the reinforcement with NTC gradually increased the yield stress and viscosity of cement pastes in part of the researche. This is mainly due to the high specific surface area of NTC. At the same time, other authors have pointed out that this effect can be reduced or even annulled through the use of superplasticizer additives, such as self-leveling concretes, high adhesion mortars and repair materials with specific characteristics.
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