Análise Bibliográfica Do Potencial Uso De Resíduos De Construção E Demolição Em Argamassa De Restauração

Schiller, Ana Paula Sturbelle; Rocha, Letícia Aguilera Larrosa da

doi:10.29327/223085.8.1-2

Cited by 1 publication

(1 citation statement)

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“…The recovery mortars will not repeat, necessarily, the original composition of the old mortar, but they must be formulated aiming its compatibility with the structure, being essential for the identification of the binder type, aggregate characteristics, organic additives (vegetal and animal fibers), as well as the proportion of binder and aggregate According to Schiller and Rocha (2019), ancient mortars can be composed of various types of aggregates since the reuse of elements to make mortars happened, are some examples of aggregates used: silica sand (SiO2), brick, tile, or ancient crushed coatings, limestone aggregates, seashells, and shell fragments.…”

Section: Historic Mortarsmentioning

confidence: 99%

Characterization of coating mortars from the warehouse of the former rheingantz factory in the Rio Grande, southern Brazil

Falcão,

De Mattos

2023

OLEL

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The Rheingantz complex, dating from the 19th century, is composed of several elements, such as the factory, daycare center, and workers' house, and is located in the Rio Grande in Rio Grande do Sul, Southern Brazil. Currently, part of the complex is in the process of restoration. From this point of view, the great importance of the buildings for the conservation of the memory and cultural identity of the city and state suggests the study, of the historical mortars, in a pavilion, a former warehouse of the complex, lent to the Federal University of Rio Grande-FURG. The present paper aims to characterize the historical mortars of the pavilion's external coating. To identify the primary constituent materials, the mortars were characterized using tests suggested in the bibliography, such as X-ray diffraction (XRD), mechanical compressive strength, and water absorption. The characterization of the mortar samples showed that they are mainly composed of calcite and quartz, in a 1:5 ratio (binder: aggregate), and also have a significant presence of dolomite, which is indicative of a mortar substantially formed by dolomitic lime and sand. The results provided subsidies for the formulation of mortar suitable for restoration with characteristics similar to the original, providing mechanisms to reduce future pathological manifestations.

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Section: Historic Mortarsmentioning

confidence: 99%