ROBOTIC UPGRADING OF POSTWAR SOCIAL DWELLING ENVELOPS

ISARC

*K. Iturralde

University of the Basque Country

Architecture Department

Oñati Plaza,2

Donostia, Spain 20.018

(*Corresponding author: kepaiturralde@ehaeo.org)

Thomas Bock

Chair for Building Realisation and Robotics

Technische Universität München

Arcisstrasse 21

München, Germany 80333

The article discusses the possibility of automation in refurbishment processes of social dwelling built from 1950 to 1970. These massively produced buildings were mostly designed prior to the law enforcement regarding thermal insulation or accessibility. Nowadays, many of these buildings are being retrofitted. The article focuses on the works in the external envelope. The task of renewing the whole social building stock is big and it requires a systematic process that facilitates a rapid upgrading, without neglecting the specific situation of each case. How could an automatic refurbishment process of these buildings be defined? The process should start with the data collection of the building and the creation of a 3D model using software such as BIM. The project, drafted in 3D, should facilitate the manufacture of building elements by robotics. In turn, it should be noted that during the assembly at the site, the pieces must be fixed quickly and efficiently. Is it possible to implement an automated process for the refurbishment of apartments built in the second half of the twentieth century? To approach the answer, a virtual refurbishment project is performed. The article focuses on the rehabilitation of the building envelope. Furthermore, it gives special attention to the double skin facade. It is well known that a second skin in this type of building can be an element that integrates several functions. Finally, needless to say that refurbishment of residential buildings is a need in our society. By extending its life cycle, robotic refurbishment provides more favorable socioeconomic and environmental capabilities than the sole construction of new buildings.
Keywords: Processes; Process; Robotics; Systems; Installation; Design; Maintenance; Materials;
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