Center of Visualization Göteborg is a membership organisation managed by Business Region Göteborg and Chalmers University of Technology. Center of Visualization Göteborg is one of three national Knowledge Arenas within the network VISARD, Visualisation - Arenas for Research and Development.

Documentation and Maintenance Planning Model — DoMaP

A response to the need for conservation and long-term maintenance of façades of modern multi-apartment buildings
Based on case studies in Göteborg in Sweden

Sustainable maintenance and renovation of façades on generic multi-apartment buildings from late 1950s through 70s constitute vital challenges for the housing companies owned by City of Göteborg. These challenges comprise a wide array of issues, such as deterioration and damages in occurring façade materials, status assessments, technical improvements, reduction of energy consumption, and up-keeping of housing qualities and tenants attraction. Thus, new approaches to data-acquisition are called for.
The presented Documentation and Maintenance Planning model (DoMaP) is a proposal for a new approach to acquisition of various types of data from façades of modern generic multi-apartment buildings. The DoMaP model aims at substantial contribution to stringent status assessment of façades, and thus, to enable long-term maintenance planning, providing adequate conditions for integrated sustainable conservation. The DoMaP model is based mainly on optical techniques (i.e. metric as well as non-metric). Techniques for air pollution monitoring, and for material analysis are included in the DoMaP configuration.
The benefits of this new comprehensive approach to data-acquisition may be summarised in provisions for increase both of efficiency (i.e. resource utilisation) and effectiveness (i.e. productivity and quality) of façade-maintenance operations, thus also contributing to sustain technical service-life and functions of residential structures. Finally, it is important to stress that information provided by the DoMaP-approach would be of relevance to identify characteristics of built environments, and thus contributing to any process of valorisation of built environments.

Content Responsible: Katarina Clase
Updated: 2009-01-08
Organizational affiliation
1)
NMK Postgraduate Enterprising Research School
in Natural Materials in Environmental Sciences and Cultural Conservation
Centre for Environment and Sustainability, GMV
Chalmers University of Technology and University of Gothenburg

2)
Department of Chemical and Biological Engineering
Division of Environmental Inorganic Chemistry
Chalmers University of Technology

Project type
Ph.D. project
Project period
2004-2009
Status
Finished (i.e. the dissertation is printed and it will be defended January 27th 2009)
Doctoral candidate
Pär Meiling
NMK Postgraduate Enterprising Research School
in Natural Materials in Environmental Sciences and Cultural Conservation
Centre for Environment and Sustainability, GMV

Chalmers University of Technology and University of Gothenburg
SE-412 96 Göteborg, Sweden
e-mail:par.meiling@chalmers.se

Supervisor
Jan Rosvall, Ph.D.
Professor Emeritus in Conservation
Centre for Environment and Sustainability, GMV
Chalmers University of Technology & University of Gothenburg
Co Supervisor
Roko Žarni?, Ph.D.
Professor
Laboratory of Research in Materials and Structures
Faculty of Civil and Geodetic Engineering
University of Ljubljana
Slovenia
Funded by
Stiftelsen för Kunskaps- och Kompetensutveckling (Swedish: KK-Stiftelsen; Knowledge Foundation) and Förvaltnings AB Framtiden i Göteborg.