Colorimetry in the conservation of assets integrated into heritage properties: comparative analyzes of hydraulic tiles

Authors

  • Arthur Thiago Thamay Medeiros UFRGS
  • Fabio Pinto da Silva Federal University of Rio Grande do Sul

DOI:

https://doi.org/10.23738/CCSJ.160202

Keywords:

colorimetric analysis, cultural heritage, hydraulic tile

Abstract

With the advent of color measurement technologies in the area of ??architecture, design and cultural heritage, the use of electronic color capture instruments has enabled advances in the conservation of heritage properties, in a non-invasive way. In this sense, the object of study of the research is the Paço dos Açorianos of Porto Alegre – Rio Grande do Sul - Brazil, with thematic delimitation in the hydraulic tiles located in the entrance hall of the ground floor of the building which, currently, present various pathologies. The objective is to use a colorimeter to measure the color of the Paço tiles and compare it with the color sample of the Fábrica de Mosaicos de Pelotas, a company supporting the research and the largest in the segment in the State of Rio Grande do Sul. The methodology used consisted of measuring the samples produced by Fábrica de Mosaicos as a standard and the Paço tiles as a sample and comparing it with, evaluating the differences (deltas) between the measurements to determine if they are within the tolerance established for the color standard, as described by the manufacturer. The results presented based on the established tolerance of 1.5 indicated which colors obtained the greatest similarity. The work is part of doctoral research that examines the feasibility of using technologies to conserve assets integrated into the building, emphasizing the historical and cultural importance of hydraulic tiles. He proposes a collaboration between science and industry to conserve and enhance these elements, with a view to future restoration works on the pavement.

Author Biography

  • Fabio Pinto da Silva, Federal University of Rio Grande do Sul

    Graduated in Mechanical Engineering from UFRGS (2002), Master's (2006) and Doctorate (2011) in Engineering, with an emphasis on Materials Science and Technology, from PPGE3M/UFRGS. Currently, he is an Associate Professor in the Department of Design and Graphic Expression (DEG / FA / UFRGS) and Permanent Professor in the Postgraduate Program in Design, with an emphasis on Design Technology (PGDESIGN / UFRGS). He works as a consultant for the main national and regional funding bodies, such as CNPq, CAPES and FAPERGS. He is Coordinator of the Multi-User Center for Rapid Prototyping (CMPR), of the UFRGS Scientific and Technological Park (ZENIT / UFRGS); Deputy Coordinator of the Innovation and Digital Manufacturing Laboratory at the School of Engineering (LIFEE/UFRGS); and member of the Local Technological Initiation Committee, of the Technological Development Secretariat (SEDETEC/UFRGS). He is a researcher at the Materials Design and Selection Laboratory (LDSM/UFRGS) with experience in the areas of Design and Engineering, working since 2000 on topics related to 3D Technologies: Three-Dimensional Scanning, 3D Printing, CNC Machining, Laser Cutting, Digital Manufacturing, Digital Inspection, Virtual and Augmented Reality. He also works on the application of 3D Technologies in projects involving Bionics, Preservation of Cultural Heritage and Assistive Technology. Since 2017 he has been leader of the LDSM / UFRGS (DGP / CNPq) research group. Since 05/2021 he has been coordinator of PGDESIGN / UFRGS.

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Published

2024-12-05

Issue

Section

Color Dynamics in Cultural Heritage

How to Cite

“Colorimetry in the conservation of assets integrated into heritage properties: comparative analyzes of hydraulic tiles” (2024) Cultura e Scienza del Colore - Color Culture and Science, 16(02), pp. 13–22. doi:10.23738/CCSJ.160202.