Analysis of the rheological and mechanical properties of three commercial self-leveling mortars

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Keywords:

Self-leveling mortar, Fluidity, Spread ability, Rheological properties, Mechanical properties

Abstract

The objective of this study was to compare three commercially available industrialized self-leveling mortars. The mortars were mixed using a rheometer in order to observe their mixing efficiency. In fresh state fluidity, spreading, rheological parameters (oscillatory tests and rotational flow cycles) and regeneration time were evaluated. In the hardened state, flexural tensile strength, compressive strength and dynamic modulus of elasticity were evaluated. The results showed variations in mixing efficiency, and the mortars present yield stress near to zero. These variations indicate that each formulation has unique characteristics, even though they were developed for the same purpose.

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Author Biographies

Juliana Machado Casali, Instituto Federal de Santa Catarina

Professora do Instituto Federal de Santa Catarina 

Lucas Elia Nunes, Instituto Federal de Santa Catarina

Graduando em Engenharia Civil no Instituto Federal de Santa Catarina.

Luis Gustavo Silveira, Instituto Federal de Santa Catarina

Graduando em Engenharia Civil no Instituto Federal de Santa Catarina

Alice Cordeiro da Rosa, Instituto Federal de Santa Catarina

Graduanda em Engenharia Civil no Instituto Federal de Santa Catarina

Amanda da Maia Reichmann, Instituto Federal de Santa Catarina

Graduanda em Engenharia Civil no Instituto Federal de Santa Catarina

Luciana Maltez Calçada, Instituto Federal de Santa Catarina

Professora Titular do Instituto Federal de Santa Catarina

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Published

2026-04-10

How to Cite

CASALI, Juliana Machado; NUNES, Lucas Elia; SILVEIRA, Luis Gustavo; ROSA, Alice Cordeiro da; REICHMANN, Amanda da Maia; CALÇADA, Luciana Maltez. Analysis of the rheological and mechanical properties of three commercial self-leveling mortars. Ambiente Construído, [S. l.], v. 26, 2026. Disponível em: https://seer.ufrgs.br/index.php/ambienteconstruido/article/view/149947. Acesso em: 11 aug. 2026.

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Section

Edição especial SBTA 2025

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