A5005613183- Conservation Techniques and Studies
- Cultural Heritage Management and Preservation
- Building Energy and Comfort Optimization
- Social and Educational Sciences
- Building materials and conservation
- Hygrothermal properties of building materials
- Sustainable Building Design and Assessment
- Urban Planning and Valuation
- 3D Surveying and Cultural Heritage
- Facilities and Workplace Management
- Labor Movements and Unions
- Complex Systems and Decision Making
- Image Processing and 3D Reconstruction
- activated carbon and charcoal
- Education, Healthcare and Sociology Research
- Family Business Performance and Succession
- Innovations in Concrete and Construction Materials
- Reading and Literacy Development
- Cultural Industries and Urban Development
- Writing and Handwriting Education
- Energy Efficiency and Management
- Architecture, Design, and Social History
- Diverse Music Education Insights
- Workplace Violence and Bullying
- Cerebral Palsy and Movement Disorders
Uppsala University
2014-2025
Improving the energy performance of historic districts and their buildings is a balancing act between retaining heritage significance allowing installation retrofit measures. This paper describes impact assessment methodology to enable such process in well- structured systematic way. The methodology, developed for Energy Efficiency EU Historic Districts' Sustainability (EFFESUS) research project, one six modules decision-support system, software tool under development as part EFFESUS. In...
This study showcases the digitalization of Löfstad Castle in Sweden to contribute preserving its heritage values. The castle and collections are deteriorating due an inappropriate indoor climate. To address this, thirteen cloud-connected sensor boxes, equipped with 84 sensors, were installed throughout main building, from basement attic, continuously monitor various environmental parameters. collected extensive multi-parametric data form basis for creating a parametric digital twin building....
The Swedish research project 'Potential and Policies for Energy Efficiency in Historic Buildings' aims to investigate the interdependency between political energy targets effects on built heritage. first part of this paper presents an iterative interactive method assess potential consequences improving performance a stock historic buildings. Key elements are: categorisation building stock, identifying targets, assessment measures, life-cycle cost optimisation. In second paper, is applied...
This study proposes a digitalization framework for historic buildings. In this framework, advanced techniques, like Internet of Things (IoT), cloud computing, and artificial intelligence (AI), are utilized to create digital twins A twin is software representation physical object. uses protect, predict, optimize through analytics real-time historical data selected features. Heterogeneous buildings, such as indoor environment, energy consumption metering, outdoor climate, collected with proper...
Purpose Energy use in buildings needs to be reduced meet political goals; however, reducing energy can conflict with heritage preservation objectives. The purpose of this paper is demonstrate a method that combines quantitative and qualitative analyses the potential savings an historic building stock. Specifically, study examines how requirements affect saving on stock level. Design/methodology/approach Using World Heritage Town Visby, Sweden as case study, illustrates step-by-step basis for...
The historic building stock is not homogeneous, which implies a need for differentiated energy renovation strategies in order to balance efficiency requirements and conservation goals. This paper presents new method developing base heritage-classified multifamily stocks. Our suggested combines different databases using an extract, transform load (ETL) technology. this study was tested on the available information heritage-designated -classified buildings municipality of Stockholm, Sweden,...
This study showcases the digitalization of L\"ofstad Castle in Sweden to contribute preserving its heritage values. The castle and collections are deteriorating due an inappropriate indoor climate. To address this, thirteen cloud-connected sensor boxes, equipped with 84 sensors, were installed throughout main building, from basement attic, continuously monitor various environmental parameters. collected extensive multi-parametric data form basis for creating a parametric digital twin...